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HV7358DB1 User’s Gu

ide

DS5

0002951A-p

age 50

 20
20 M

ic

rochip 

T

e

chnology 

In

c.

A.2

HV7358DB1 – SCHEMATIC

V

DD

LNAOUT

COM

2V5

V

PP

RDCP

TX0

TX1

RX0

RX1

RX2

RX3

TX2

TX3

TX4

TX5

TX6

TX7

TX8

TX9

TX10

TX11

TX12

TX13

TX14

TX15

RX4

RX5

RX6

RX10

RX14

RX11

RX12

RX13

RX8

RX9

RX7

RX15

RDCN

V

PP

CPL

L

V

LL

V

NN

CNEG

OUT2

OUT4

CKOP

CKON

SDOP

SDON

CSOP

CSON

V

NN

PV

DD

DNC1

DNC2

DNC3

DNC4

DNC5

DNC6

DNC7

AV

DD

V

DD

PV

DD

DNC8

DNC9

DNC1

0

DNC1

1

CNF

OUT1

OUT3

CPF

V

NN

V

PP

TP63

TP15

C94

C71

C126

C107

R32

200

C13

1μ 100V

R68

100

MH2

R6

200

R34

100

C111

1μ 10V

C128

C67

330p 250V

1
2

J28

C76

R56

INF

DNP

TP21

C90

C100

TP23

TP25

TP19

C59

330p 250V

1

2

D5

RED

C121

1μ 100V

C10

1

2

J11

C32

1μ 100V

TP59

1

2

3

J13

TP10

R19

2.5K 1W

TP79

TP5

C42

10 nF

R57

2.5K 1W

C6

1μ 100V

C112

0.1

1

2

J7

C69

C103

R54

50

R73

1.27k

C105

TP16

C104

1

2

3

J3

TP4

R26

INF

DNP

C81

C65

330p 250V

R7

200

4

3

D17B

TP50

R72

1.27k

C58

330p 250V

1

2

3

J4

TP17

C89

TP78

TP46

C63

330p 250V

C97

TP49

C18

330p 250V

TP33

R45

2.5K 1W

1

2

D18

RED

TP26

R13

2.5K 1W

C124

R69

1.27k

1

2

3

J1

R8

200

C46

1μ 10V

1

2

D7

GRN

C5

C82

2.2μ 10V

C99

1μ 10V

C66

330p 250V

C16

1

2

J34

C43

2 pF

TP90

C109

TP95

R18

1K

C131

C25

C87

TP76

C57

330p 250V

R67

100

TP47

C95

TP83

C11

330p 250V

R27

249

C78

C119

0.1

R63

2.5K 1W

C62

330p 250V

TP41

R51

50

TP31

TP85

1

6

D8A

TP93

MH1

R53

2.5K 1W

TP71

TP22

TP3

TP77

C92

C83

C118

10 nF

R17

50

C27

C122

2.2μ 10V

C23

0.22

TP13

TP73

TP57

C22

1μ 100V

C116

0.1

TP55

C61

330p 250V

C30

1μ 10V

C28

2

1

D14

B1100-13

TP24

TP89

TP60

4

3

D10B

MH4

1
2

C64

330p 250V

R83

1.27k

C129

1

2

J8

1
2

J22

R66

100

TP82

R24

499

1

2

D1

RED

TP9

TP74

1
2

J24

C31

1μ 10V

C84

TP6

TP51

3

1

2

D9

BAV99/SOT_1

R22

2.5K 1W

2

1

D13

B1100-13

C75

R33

INF

DNP

TP68

R4

INF

DNP

R12

0

TP80

R64

2.5K 1W

1
2

J25

R23

50

TP2

4

3

D11B

TP40

C101

C93

C70

2.2μ 10V

R80

1.27k

R48

2.5K 1W

1
2

J27

TP48

C74

1μ 10V

R46

INF

DNP

C127

2.2μ 10V

C33

R75

1.27k

C77

VT0

1

V

REF0

2

V

REF1

3

VT1

4

IN1

5

IN1

6

SEL

7

V

CC

8

Q

9

GND

10

GND

11

Q

12

V

CC

13

NC

14

IN0

15

IN0

16

GND

17

U7

SY58611U

1
2

J31

C72

R74

1.27k

C125

R35

0

C98

1μ 100V

R70

1.27k

C36

10μ 16V

TP92

TP97

TP86

TP20

C80

TP34

1
2

J29

1
2

J21

C14

C106

1

6

D17A

R49

INF

DNP

R50

2.5K 1W

R71

1.27k

TP75

R62

2.5K 1W

R9

200

TP29

1

2

D3

YLW

C1

C1

D1

D1

DG1

DG1

C2

C2

D2

D2

DG2

DG2

C3

C3

D3

D3

DG3

DG3

C4

C4

D4

D4

DG4

DG4

C5

C5

D5

D5

DG5

DG5

C6

C6

D6

D6

DG6

DG6

C7

C7

D7

D7

DG7

DG7

C8

C8

D8

D8

DG8

DG8

C9

C9

D9

D9

DG9

DG9

C10

C10

D10

D10

DG10

DG10

A1

A1

B1

B1

BG1

BG1

A2

A2

B2

B2

BG2

BG2

A3

A3

B3

B3

BG3

BG3

A4

A4

B4

B4

BG4

BG4

A5

A5

B5

B5

BG5

BG5

A6

A6

B6

B6

BG6

BG6

A7

A7

B7

B7

BG7

BG7

A8

A8

B8

B8

BG8

BG8

A9

A9

B9

B9

BG9

BG9

A10

A10

B10

B10

BG10

BG10

J12

TE6469169-1

C115

1

2

D6

GRN

TP37

TP54

C20

330p 250V

R28

1K

TP91

C108

R14

2.5K 1W

C85

C68

TP18

1
2

J41

1
2

J37

TP8

TP88

R16

2.5K 1W

1

6

D10A

R15

INF

DNP

TP65

TP64

C7

0.22

TP11

R44

INF

DNP

TP28

C51

1 nF

TP61

R47

2.5K 1W

TP84

R3

50

1
2

J32

1

2

J9

1
2

J26

R60

2.5K 1W

MH3

TP94

C96

R31

200

+

-

3

2

6

7

4

1

8

5

U4

AD8099

TP12

C91

R25

INF

DNP

A0

D1

A1

D2

A2

D3

BEN

N3

CKON

T1

CKOP

R1

CLKN

B1

CSN

B3

CSON

T3

CSOP

R3

CSP

A3

CW

J2

DISC

K2

DNC1

R6

DNC3

C8

DNC4

D8

DNC5

E8

DNC6

F8

DNC7

L8

EN

K3

ETI

R4

ETO

R5

INV

J1

LCKD

P3

LPWM

F1

OTPN

C3

PEN

G3

R

DCP

R11

RSTN

B5

RX0

A10

RX1

B10

RX2

C10

RX3

D10

RX5

F10

RX6

G10

RX7

H10

RX8

J10

RX9

K10

RX10

L10

RX11

M10

RX12

N10

RX13

P10

RX14

R10

RX15

T10

SCL

G1

SDA

G2

SDIN

B2

SDIP

A2

SDLY

K1

SDON

T2

SDOP

R2

SLEEP

F2

SPIB

E2

TCKN

N2

TCKP

N1

TRIGN

M2

TRIGP

M1

TX0

A16

TX1

B16

TX2

C16

TX3

D16

TX5

F16

TX6

G16

TX7

H16

TX8

J16

TX9

K16

TX10

L16

TX11

M16

TX12

N16

TX13

P16

TX14

R16

TX15

T16

TXRW

E1

W0

A4

W1

B4

CLKP

A1

CNEG

B9

CNEG

R9

CNEG

K9

CNEG

A9

CNEG

J9

CNEG

T9

CNF

A14

CNF

T14

CNF

B14

CNF

N15

CNF

E15

CNF

J15

CNF

R14

CPF

A12

CPF

C15

CPF

L15

CPF

G15

CPF

T12

CPF

B12

CPLL

T6

A

GND

T5

V

SUB

A6

RDCN

T11

RGND

A8

V

DD

P4

V

DD

L3

PV

DD

H8

PV

DD

B7

PV

DD

A7

V

DD

E3

V

DD

H3

AV

DD

T4

PV

DD

R7

V

DD

C4

PV

DD

T7

V

GN

A5

V

LL

H1

V

LL

C1

V

LL

L1

V

NN

F15

V

NN

P15

V

NN

B15

V

NN

R15

V

NN

A15

V

NN

K15

V

PP

B13

V

PP

H15

V

PP

T13

V

PP

A13

V

PP

M15

V

PP

D15

TX4

E16

RX4

E10

V

PP

R13

V

NN

T15

CPF

R12

PV

DD

G8

DNC2

C7

V

SUB

B6

V

SUB

A11

V

SUB

B11

V

DD

P6

DNC8

M8

RGND

B8

V

LL

P1

DNC9

N8

D

NC10

P8

D

NC11

C6

U5

HV7358

TP69

1
2

J35

C1

C1

D1

D1

DG1

DG1

C2

C2

D2

D2

DG2

DG2

C3

C3

D3

D3

DG3

DG3

C4

C4

D4

D4

DG4

DG4

C5

C5

D5

D5

DG5

DG5

C6

C6

D6

D6

DG6

DG6

C7

C7

D7

D7

DG7

DG7

C8

C8

D8

D8

DG8

DG8

C9

C9

D9

D9

DG9

DG9

C10

C10

D10

D10

DG10

DG10

A1

A1

B1

B1

BG1

BG1

A2

A2

B2

B2

BG2

BG2

A3

A3

B3

B3

BG3

BG3

A4

A4

B4

B4

BG4

BG4

A5

A5

B5

B5

BG5

BG5

A6

A6

B6

B6

BG6

BG6

A7

A7

B7

B7

BG7

BG7

A8

A8

B8

B8

BG8

BG8

A9

A9

B9

B9

BG9

BG9

A10

A10

B10

B10

BG10

BG10

J5

TE6469169-1

TP52

TP53

C117

10 nF

C110

R76

1.27k

S

1

DQ1

2

W

3

V

SS

4

DQ0

5

SCK

6

HLD

7

V

CC

8

U6

N25Q128

C9

2.2μ 10V

TP27

TP32

C21

330p 250V

4

3

D8B

C123

R29

499

1
2

J19

C113

1μ 10V

TP96

R78

22

C41

10 nF

TP7

TP30

R65

100

V

IN

1

GND

4

V

OUT

8

SENSE

7

V

IN

2

SHDN

3

PWRG

D

5

C

DELAY

6

U3

MCP1727-2502E/SN

C102

R52

INF

DNP

R55

2.5K 1W

C4

1

2

D4

YLW

C86

C15

0.22

C130

R5

200

C12

1

2

J6

C17

R20

INF

DNP

1

2

3

J2

1
2

J39

R58

50

R30

1.27k

R81

1.27k

R43

INF

DNP

C3

1

2

D2

GRN

TP98

TP45

C120

1μ 100V

R21

1K

C79

TP35

C24

0.22

TP14

C26

1μ 100V

1
2

J30

C8

1μ 10V

R36

0

C60

330p 250V

R82

100

TP1

C29

0.22

1
2

J33

TP44

1
2

J20

TP87

C114

R77

1.27k

C88

2.2μ 10V

TP72

TP62

1

2

3

4

5

6

J10

C19

330p 250V

TP81

R79

100

RX0

RX12

RX8

RX4

RX0

TCK0P

TCK0N

INV

S

LEEP

CW

BEN

RX4

RX12

RX8

OTPN

SLEEP

EN

BEN

PEN

CW

A1

A0

TCKN

SPIB

TRIGP

TCKP

SDA

A2

TXRW

SCL

W1

W0

RSTN

TRIGN

LPWM

INV

SDLY

ETO

LCKD

PEN

EN

LCKD

OTPN

ETO

CSP

CSN

SDIP

SDIN

CLKN
CLKP

CKON

CKOP

SDOP

SDON

CSON

CSOP

SPIB

EN

SLEEP

W0
W1

PEN

SDA
SCL

TXRW

INV

SDLY

LPWM

CLKN

CLKP

SDIN

SDIP

CSN

CSP

CKOP

CKON
SDOP

SDON
CSOP

CSON

A2

A1

A0

ETI

OTPN

ETI

LCKD

MISO

RSTN

DISC

MISO

CSB

SCK

MOSI

DISC

BEN

CW

TRIGN

TRIGP

TCK1N

TCK1P

SELTCK

TCKN

TCKP

TCK0P

TCK0N

TCK1P

TCK1N

SELTCK

SCK
MOSI

CSB

V

NN

V

PP

V

GN

V

DD

PWR

V

DD

V

LL

V

CC

PWR

V

CC

V

LL

V

GN

+3V3

V

LL

V

LL

PWR

+3V3

V

DD

V

PP

V

NN

V

DD

PV

DD

V

LL

V

LL

V

GN

+3V3

+3V3

(-8V)

(+8 to +80V)

(+5V)

(+5V)

(+2.5V)

(+5V)

BEN

PEN

INV

SLEEP

CW

EN

OTP

(+4.7V)

LCKD

(-8 to -80V)

(DNC1-7 )

(DO Not Connect)

Summary of Contents for ADM00732

Page 1: ...2020 Microchip Technology Inc DS50002951A HV7358DB1 User s Guide...

Page 2: ...may have a right to sue for relief under that Act Trademarks The Microchip name and logo the Microchip logo Adaptec AnyRate AVR AVR logo AVR Freaks BesTime BitCloud chipKIT chipKIT logo CryptoMemory...

Page 3: ...t Includes 12 Chapter 2 HV7358 Overview 13 2 1 Getting Started 13 2 2 USB Driver Installation 13 2 3 HV7358DB1 GUI Installation 19 Chapter 3 HV7358DB1 GUI Operation 23 3 1 Getting Started 23 3 2 Setup...

Page 4: ...Silk 57 A 11 HV7358DB1 Top Copper 58 A 12 HV7358DB1 Bottom Copper 58 A 13 HV7358DB1 Bottom Copper and Silk 59 A 14 HV7358DB1 Bottom Silk 59 A 15 MUPB002 Top Silk 60 A 16 MUPB002 Top Copper and Silk 60...

Page 5: ...e HV7358 Evaluation Board Chapter 4 MUPB002 FPGA Configuration This chapter explains how to load software into the FPGA on the MPUB002 Chapter 5 PCB Design and Layout Techniques The HV7358 deals with...

Page 6: ...g A menu selection select Enable Programmer Quotes A field name in a window or dialog Save project before build Underlined italic text with right angle bracket A menu path File Save Bold characters A...

Page 7: ...re releases and archived software General Technical Support Frequently Asked Questions FAQs technical support requests online discussion groups Microchip consultant program member listing Business of...

Page 8: ...HV7358DB1 User s Guide DS50002951A page 8 2020 Microchip Technology Inc NOTES...

Page 9: ...rate the gate drive voltages required for the TX output FETs These supplies function at any VPP VNN voltage The 200 MHz clock retiming capability provides low jitter in CW PW and B mode The clock sync...

Page 10: ...120 160 or 200 MHz non PLL Built in LVDS TX clock selectable from 30 40 60 or 80 MHz PLL mode Daisy chain capable User controllable per channel beamforming delay and apodization Evaluates the RX echo...

Page 11: ...80 to 200 MHz in non PLL Mode CW Frequency Range Programmable CW Frequency from 1 MHz to 7 MHz Interface of FPGA Control Signals and USB PC GUI Software J5 and J12 Connects MUPB002 Interface Board Lo...

Page 12: ...MUPB002 contains the USB interface and an FPGA Each TX output has a 330 pf 2 5K load which requires a shorting connector to be attached without the connector the output will be open The 200 MHz clock...

Page 13: ...to determine which USB driver to install 1 Connect the USB cable from the lower male Micro B connector on the MPUB002 board to any USB connector on your PC The USB will power the board Note Do not co...

Page 14: ...HV7358DB1 User s Guide DS50002951A page 14 2020 Microchip Technology Inc FIGURE 2 1 View of Device Manager Screen FIGURE 2 2 Close up of Bridge device with Error...

Page 15: ...B1 Software Installation 2020 Microchip Technology Inc DS50002951A page 15 6 A pop up window will open as shown in Figure 2 3 below Choose Update driver and click on it FIGURE 2 3 Update driver Pop up...

Page 16: ...chnology Inc 7 After clicking on Update driver the window in Figure 2 4 will appear Choose Browse my computer for driver software FIGURE 2 4 Driver Search Window 8 The following window will open Click...

Page 17: ...t_V2 3 4 folder recently downloaded from the Microchip website and choose the Drivers sub directory Double click on Drivers FIGURE 2 6 Browse to Drivers Folder Window The window in Figure 2 7 will app...

Page 18: ...shown in Figure 2 8 will appear 11 Click the Install button FIGURE 2 8 Install Verification Screen 12 After successful installation the window shown in Figure 2 9 will appear This verifies that you h...

Page 19: ...UI program will require about 2 6 MB hard drive space 1 Double click on the file named MUPB002 HV7358 GUI Setup The window in Figure 2 10 below will pop up 2 Click Next FIGURE 2 10 HV7358 Setup Wizard...

Page 20: ...ct Installation Folder The default folder is shown A different folder may also be specified FIGURE 2 12 Installation Folder 5 The next window shown in Figure 2 13 confirms that you are ready to instal...

Page 21: ...14 Installation Window Once installation is complete the following window will appear as shown in Figure 2 15 Click on Close when the installation is complete The GUI window will disappear FIGURE 2 15...

Page 22: ...HV7358DB1 User s Guide DS50002951A page 22 2020 Microchip Technology Inc NOTES...

Page 23: ...MPUB002 board to J5 and J12 of the HV7358DB1 2 Connect a USB cable from the lower male Micro B connector J7 on the MPUB002 board to any USB connector on your PC 3 Install jumpers J6 J14 J15 J16 and J...

Page 24: ...the power supplies turned off TABLE 3 2 J10 POWER SUPPLY CONNECTION INFORMATION The power up and down sequencing is shown in Table 3 3 below TABLE 3 3 POWER UP DOWN SEQUENCE Terminal Rail Name Voltage...

Page 25: ...ottom left hand corner there should be the USB Status Connected note as shown in Figure 3 2 below FIGURE 3 2 USB Status Note When the MUPB002 board is connected to the PC or when the GUI is started th...

Page 26: ...e 3 5 3 4 1 1 EN ENABLE PIN The HV7358 Enable pin sets all TX outputs to High Z TABLE 3 4 ENABLE SIGNAL 3 4 1 2 BEN BUFFER ENABLE PIN BFEN is an input logic pin that can disable the LVDS pins used to...

Page 27: ...PEN or PLLEN bit in the I2 C register actually controls the PLL TABLE 3 8 PEN LOGIC 3 4 1 6 SET BUTTON Sends the selected data to the HV7358 data input pins Select the signals appropriate for your app...

Page 28: ...PP 55V and VNN 55V were entered in Figure 3 6 These values will be used to calculate the power dissipation Enter the VPP and VNN values FIGURE 3 6 VPP and VNN Voltage Window 3 4 3 Mode and Power Calcu...

Page 29: ...Figure 3 8 If the PLL mode is on PEN 1 the external frequency choices are 30 MHz 40 MHz 60 MHz or 80 MHz They are shown on the right side of Figure 3 8 When in PLL mode the frequency selections are on...

Page 30: ...nges the current settings FIGURE 3 9 I2C Read Write Box 3 4 6 Line Duration Cycles and TXRW Low Time The Line Duration and TXRW Low Time entry box is shown in Figure 3 10 Line Duration LD is the time...

Page 31: ...delay time on a per TXx basis TGW Sets the maximum TX Global Pulse Width PW It does this by setting the number of FC time periods that the pulse remains high The actual TGW is a 9 bit binary word The...

Page 32: ...gnal that applies to every TX channel TABLE 3 9 TX CURRENT LIMIT SETTING 3 4 8 2 CWOC BIT CWOC is the I2 C control bit that determines the CW output RON selection TABLE 3 10 CWOC RON 3 4 8 3 CWFD 7 0...

Page 33: ...PSEL is the I2 C bit that determines if PLLEN or PEN controls the PLL enable TABLE 3 13 PSEL EFFECT TABLE 3 12 TRDLY D4 D3 D2 D1 D0 Decimal K 0 0 0 0 0 0 1 0 0 0 0 1 1 8 0 0 0 1 0 2 12 0 0 0 1 1 3 16...

Page 34: ...t all 16 channels TABLE 3 16 EOT 3 4 8 10 BSEL BIT BSEL is the I2 C bit that determines if BFEN or BEN controls the output buffer enable TABLE 3 17 BSEL 3 4 8 11 SPISEL BIT SPISEL determines which sig...

Page 35: ...BSEL 1 TABLE 3 19 BFEN FOR BSEL 1 3 4 8 15 EOTC BIT Determines when the RTZ and TRSW delay starts If EOTC 0 the period starts immediately after all channels are finished If EOTC 1 the period starts a...

Page 36: ...the first pulse will be negative This is a global control bit It will be the same for each TX channel and each waveform Delay Each channel can have its own unique delay The starting point is TGW whic...

Page 37: ...Individual Pulse Width Control 3 5 RUNNING THE HV7358DB1 1 Connect the scope probes to the appropriate signals 2 Turn on the power supplies observing the power up sequence in Table 3 3 3 Click on the...

Page 38: ...User s Guide DS50002951A page 38 2020 Microchip Technology Inc 3 7 SAMPLE WAVEFORM A sample of the waveform generation is shown in Figure 3 15 FIGURE 3 15 Sample Waveform from Multiple Channels of th...

Page 39: ...op_main bit available from the Microchip website Flash memory configuration file HV7358_BVLDS_TRIG mcs available from the Microchip website 4 3 SETUP PROCEDURE This procedure explains how to reconfigu...

Page 40: ...n the iMPACT icon See Figure 4 1 FIGURE 4 1 iMPACT Icon 2 The window in Figure 4 2 will appear 3 Left click on Boundary Scan as shown in Figure 4 2 4 Right click on top of the Right click to Add Devic...

Page 41: ...he file hv7358_top_main bit Then click on the Open button FIGURE 4 4 Assign New FPGA Configuration File Selection The window in Figure 4 5 will appear Only the upper right corner of the window is show...

Page 42: ...sh box FIGURE 4 6 Add SPI BPI Flash Box The box in Figure 4 7 will appear 9 Browse to the file named HV7358_BLVDS_TRIG mcs 10 Click on the Open button FIGURE 4 7 SPI BPI File Choice The window in Figu...

Page 43: ...page 43 Figure 4 9 shows the upper left part of the next window 13 There is a FLASH button in the upper right Click on it FIGURE 4 9 FLASH Button The FLASH button will turn green as shown in Figure 4...

Page 44: ...evice Programming Properties window shown in Figure 4 11 will appear 15 Click the OK button FIGURE 4 11 Device Programming Properties Window The FPGA will be programmed This may take over a minute Whe...

Page 45: ...y Inc DS50002951A page 45 4 5 CONCLUSION A procedure to program the MUPB002 FPGA for use with the HV7358DB1 has been presented This procedure with different file names can be used to program the MUPB0...

Page 46: ...HV7358DB1 User s Guide DS50002951A page 46 2020 Microchip Technology Inc NOTES...

Page 47: ...358 TX outputs to digital input signals may cause error signals on the logic input pins Adequate spacing and possible isolation are required Additional width is required for the high current traces 5...

Page 48: ...to the GND pin on the HV7358 This path also needs to be as short as possible There are also high current spikes from the VPP and VNN supplies to the HV7358 TX outputs Use the same design rules with TX...

Page 49: ...gram MUPB002 Schematic Demo Board Connectors MUPB002 Schematic FPGA MUPB002 Schematic SPI Flash for FPGA Configuration MUPB002 Schematic Programmable Clock MUPB002 Schematic FPGA Decoupling Capacitors...

Page 50: ...2 6 7 4 1 8 5 U4 AD8099 TP12 C91 R25 INF DNP A0 D1 A1 D2 A2 D3 BEN N3 CKON T1 CKOP R1 CLKN B1 CSN B3 CSON T3 CSOP R3 CSP A3 CW J2 DISC K2 DNC1 R6 DNC3 C8 DNC4 D8 DNC5 E8 DNC6 F8 DNC7 L8 EN K3 ETI R4 E...

Page 51: ...IO_32_N IO_32_P IO_35 IO_19_N IO_20_N IO_17_P IO_19_P IO_17_N IO_21_P IO_20_P IO_21_N IO_37_P IO_36_P IO_40_N IO_39_N IO_40_P IO_37_N IO_38_N IO_39_P IO_38_P IO_36_N IO_44_P IO_44_N IO_46 IO_45 IO_43...

Page 52: ...CLK5 CLK3_P CLK3_N A1 B1 BG1 A2 B2 BG2 A3 B3 BG3 A4 B4 BG5 A5 B5 BG4 A6 B6 BG6 A7 B7 BG7 A8 B8 BG8 A9 B9 BG9 A10 B10 BG10 C1 D1 DG1 C2 D2 DG2 C3 D3 DG3 C4 D4 DG4 C5 D5 DG5 C6 D6 DG6 C7 D7 DG7 C8 D8 DG...

Page 53: ...M1A7_1 F15 IO_L35N_A10_M1A2_1 F16 IO_L36P_A9_M1BA0_1 G14 IO_L36N_A8_M1BA1_1 G16 IO_L37P_A7_M1A0_1 H15 IO_L37N_A6_M1A1_1 H16 IO_L38P_A5_M1CLK_1 G12 IO_L38N_A4_M1CLKN_1 H11 IO_L39P_M1A3_1 H13 IO_L39N_M1...

Page 54: ...FL127SABMFI101 U15 3V3_VDD GND_D 3V3_VDD 3V3_VDD GND_D 3V3_VDD GND_D 1 1 2 HDR 2 54 Male 1x2 JP2 Write protect jumper GND_D 3V3_VDD 2 43k 0402 1 R62 10k 0402 1 R65 10k 0402 1 R66 0 1 F 50V 0402 C138 1...

Page 55: ...D_EEPROM_CS 1k 0402 1 R18 1k 0402 1 R16 12k 0402 1 R54 4 7k 0402 1 R51 0 1 F 50V 0402 C80 0 1 F 50V 0402 C103 0 1 F 50V 0402 C104 0 1 F 50V 0402 C106 0 1 F 50V 0402 C79 0 1 F 50V 0402 C114 0 1 F 50V 0...

Page 56: ...02 1 R30 10k 0603 1 R22 10k 0603 1 R28 10k 0603 1 R29 390R 0603 5 R27 51k 0603 1 R25 19 1k 0603 1 R17 69 8k 0603 1 R26 VIN 1 VIN 2 SHDN 3 GND 4 PWRGD 5 CDELAY 6 ADJ 7 VOUT 8 EP 9 U6 MCP172X ADJ DFN 8...

Page 57: ...HV7358DB1 and MUPB002 Schematics and Layouts 2020 Microchip Technology Inc DS50002951A page 57 A 9 HV7358DB1 TOP SILK A 10 HV7358DB1 TOP COPPER AND SILK...

Page 58: ...HV7358DB1 User s Guide DS50002951A page 58 2020 Microchip Technology Inc A 11 HV7358DB1 TOP COPPER A 12 HV7358DB1 BOTTOM COPPER...

Page 59: ...HV7358DB1 and MUPB002 Schematics and Layouts 2020 Microchip Technology Inc DS50002951A page 59 A 13 HV7358DB1 BOTTOM COPPER AND SILK A 14 HV7358DB1 BOTTOM SILK...

Page 60: ...HV7358DB1 User s Guide DS50002951A page 60 2020 Microchip Technology Inc A 15 MUPB002 TOP SILK A 16 MUPB002 TOP COPPER AND SILK...

Page 61: ...HV7358DB1 and MUPB002 Schematics and Layouts 2020 Microchip Technology Inc DS50002951A page 61 A 17 MUPB002 TOP COPPER A 18 MUPB002 BOTTOM COPPER...

Page 62: ...HV7358DB1 User s Guide DS50002951A page 62 2020 Microchip Technology Inc A 19 MUPB002 BOTTOM COPPER AND SILK A 20 MUPB002 BOTTOM SILK...

Page 63: ...4 C29 Capacitor Ceramic 22 F 16V X7R 10 0603 TDK Corporation C1608X7R1C224K 18 C75 78 C80 81 C90 C92 C93 C100 106 C108 C110 Capacitor Ceramic 1 F 16V X5R 0402 TDK Corporation CGB2A1X5R1C105M033BC 8 C8...

Page 64: ...9V 13 R30 R69 77 R80 81 R83 Resistor 1 27 k 1 1 10W 0603 Panasonic ECG ERJ 3EKF1271V 7 R34 R65 R66 R67 R68 R79 R82 Resistor 100 1 10W 1 0402 Panasonic ECG ERJ 2RKF1000X 12 R4 R15 R20 R25 R26 R33 R43 R...

Page 65: ...0402 TDK Corporation C1005X7R1E103M 0 C48 Capacitor Ceramic 0 1 F 50V 10 X7R SMD 0402 NOT POPULATED TDK Corporation C1005X7R1H104K050BB 0 C49 Capacitor Ceramic 4 7 F 6 3V 20 X5R SMD 0402 NOT POPULATE...

Page 66: ...1x4 Tin 5 84 MH TH Vertical FCI 68002 404HLF 1 JP2 Connector Header 2 54 Male 1x2 Gold 5 84 MH TH Vertical FCI 77311 118 02LF 4 LD1 LD2 LD3 LD4 Diode LED Green 2 2V 25 mA 15 mcd Clear SMD 0603 Kingbr...

Page 67: ...0W SMD 0603 Panasonic Electronic Components ERJ 3EKF7872V 1 R54 Resistor TKF 12k 1 1 16W SMD 0402 ROHM Semiconductor MCR01MZPF1202 0 R57 R58 R69 R70 R71 Resistor TKF 10k 1 1 10W SMD 0402 NOT POPULATED...

Page 68: ...B Hub Flash USB4604 1080HN 48 Lead SQFN Microchip Technology Inc USB4604 1080HN 4 U4 U5 U6 U7 Microchip Analog LDO 0 8V 5V MCP1727T ADJE MF 8 Lead DFN Microchip Technology Inc MCP1727T ADJE MF 1 U8 Mi...

Page 69: ...ology Inc DS50002951A page 69 Appendix C HV7358DB1 Waveforms C 1 MIC2800 EVALUATION BOARD TEST WAVEFORM EXAMPLES Appendix C shows sample waveforms created with the MUPB002 and HV7358DB1 combination FI...

Page 70: ...HV7358DB1 User s Guide DS50002951A page 70 2020 Microchip Technology Inc FIGURE C 2 10 MHz VPP VNN 70V Load 330 pF 2 5K FIGURE C 3 TX Output 20 MHz 4 Cycle 17 8 V p p 330 pF 2 5K Load...

Page 71: ...HV7358DB1 Waveforms 2020 Microchip Technology Inc DS50002951A page 71 FIGURE C 4 Ch8 11 VPP VNN 80V 5 MHz with 330 pF 2 5K All Channels On FIGURE C 5 Rise Fall Time of 80V 5 MHz RTZ 330 pF 2 5K Load...

Page 72: ...HV7358DB1 User s Guide DS50002951A page 72 2020 Microchip Technology Inc FIGURE C 6 TX and RX B Mode 5 MHz 1 Cycle with 330 pF 2 5k Load FIGURE C 7 TX and RX in PW Mode 5 MHz 8 Cycle 330 pF 2 5K Load...

Page 73: ...HV7358DB1 Waveforms 2020 Microchip Technology Inc DS50002951A page 73 FIGURE C 8 4 Cycle Canceling 5 MHz 4 Cycle Canceling 5 MHz FIGURE C 9 LNAOut RX0 Signal After TX 1 Cycle 80V...

Page 74: ...HV7358DB1 User s Guide DS50002951A page 74 2020 Microchip Technology Inc NOTES...

Page 75: ...500 GUI calculated commend to FPGA See MathCAD Limitation Calculation Auto Stop Tx auto stop time sec NA 60 300 Demo Tx waveform auto off feature for safety SPI Read back from I2C TGP 0 Globle off ti...

Page 76: ...ed commend to FPGA See MathCAD Limitation Calculation Auto Stop Tx auto stop time sec NA 60 300 Demo Tx waveform auto off feature for safety SPI Read back from I2C TGP 0 Globle off time P fC Cyc 0 0 1...

Page 77: ...HV7358 GUI Parameter and Default 2020 Microchip Technology Inc DS50002951A page 77 D 3 HV7358DB1 GUI PARAMETER INITIAL VALUE AND LIMITS PAGE 3...

Page 78: ...00 China Xian Tel 86 29 8833 7252 China Xiamen Tel 86 592 2388138 China Zhuhai Tel 86 756 3210040 ASIA PACIFIC India Bangalore Tel 91 80 3090 4444 India New Delhi Tel 91 11 4160 8631 India Pune Tel 91...

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