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UG-042 

EVAL-ADuMQSEBZ User Guide 

 

Rev. C | Page 4 of 8 

 

Figure 4. Side 1 Terminal Block Connector 

The power and ground from the screw terminal block (if 
installed) are connected to the Side 1 power and ground pads 
of the DUT and provide power and ground to pull-up and pull-
down resistors and terminations.  
The 

ADuM640x

 devices differ from the rest of the 

iso

Power 

devices in that they have an additional power supply input on 
Pin 7 that replaces the RC

OUT

 pin present on th

ADuM5401

ADuM5402

ADuM5403

, an

ADuM5404

Bypass and connect 

this pin to VDD1 for proper operation of th

ADuM640x

. It is 

recommended that a 0.1 µF capacitor be installed at R5 and a 
0 W resistor at R4. Th

ADuM640x

 devices are not compatible 

with power sharing; therefore, do not install an 

ADuM5000

 at U1 

when using the 

ADuM640x

. 

Side 2 Power Supply Connections 

The Side 2 connections are different from those on Side 1. With 
standard 

i

Coupler devices, these connections are power supply 

inputs for Side 2. However, with 

iso

Power devices such as the 

ADuM540x

these same connections can be power outputs for 

off-board circuits. In addition, they can be configured as an 
independent power supply for the project area. 

 

Figure 5. Side 2 Terminal Block Connector 

Power is connected to the terminal block connector (if installed), 
IO_1D, as shown in Figure 5. Power is connected to IO_1D 
Pin 1 at the top, and ground is connected to Pin 2. Provisions 
for adding in-line inductors for noise isolation or for isolating 
the jacks from the on-board power connections were made with 
the inclusion of Z6 and Z7. These positions are populated with 
0 Ω resistors to connect power from th

ADuM540x

 to the 

IO_1D terminal block. 
When standard 

i

Coupler isolators are installed, populate the Z6 

and Z7 pads with 0 Ω resistors to connect the power jacks to the 
power pins of the DUT. Replace these resistors with inductors if 
noise isolation is required. 
When 

iso

Power devices are installed on the evaluation board, 

the power configuration required can vary greatly, depending 
on the demands of the application. With 0 Ω resistors or 
inductors installed at Z6 and Z7, the power jacks can provide 
power from the 

iso

Power device to an external device. 

08414-

004

08414-

005

Summary of Contents for EVAL-ADuMQSEBZ

Page 1: ...sion line effects Pull up and pull down provided for control lines Support for isoPower Project area that supports surface mount and through hole devices GENERAL DESCRIPTION The EVAL ADuMQSEBZ can be used with most iCoupler isolation products in the 16 lead wide body SOIC and QSOP packages The evaluation board supports the common pad positions for power ground and input output pins found in nearly...

Page 2: ...ce Under Test DUT 3 Terminals 3 Data Input Output Connections 5 Design Area 5 Evaluation Board Schematic and Layout 6 Ordering Information 8 Bill of Materials 8 REVISION HISTORY 11 2016 Rev B to Rev C Changes to Supported iCoupler Models Section 1 10 2015 Rev A to Rev B Changes to Supported iCoupler Models Section 1 12 2010 Rev 0 to Rev A Changes to Supported iCoupler Models Section 1 1 2010 Revis...

Page 3: ...ice if required As shown in Figure 3 the power and ground connections for this device are different from the rest of the iCoupler components The C6 to C9 pad positions for bypass capacitors are provided but not populated 0 1 µF X7R ceramic capacitors are recommended Pull up pull down and connecting resistor pads are provided but not populated to connect the ADuM5000 in master or slave mode as well...

Page 4: ...es such as the ADuM540x these same connections can be power outputs for off board circuits In addition they can be configured as an independent power supply for the project area Figure 5 Side 2 Terminal Block Connector Power is connected to the terminal block connector if installed IO_1D as shown in Figure 5 Power is connected to IO_1D Pin 1 at the top and ground is connected to Pin 2 Provisions f...

Page 5: ... severe ringing on the output lines The Side 1 input output structure also includes pull up pull down load positions R7 through R14 Discrete through hole resistors and capacitors can be installed at these positions to simulate most loading conditions or to provide pull ups for open collector outputs Side 2 Data I O Signals can be provided to the evaluation board and routed to the required input pi...

Page 6: ...4 C3 C1 C2 R6 R5 R4 R3 C7 C6 1 GND1 1 VDD1 Z2 Z1 R1 R2 R8 R7 R9 R10 R14 R13 R12 R11 1 TP_D 1 TP_C 1 TP_B 1 TP_A 8 7 6 5 4 3 2 1 JP1B 8 7 6 5 4 3 2 1 JP1A 5 4 3 2 1 IO_1A 5 4 3 2 1 IO_1B GEN_SO16WB TBD1206 GEN_QSOP16 TSW 104 08 T D TBD1206 TBD1206 1UF 1UF TBD0805 TBD0805 DP4 1 DP3 1 VDD1 TBD0805 TBD0805 TBD0805 VDD1 TBD1206 TBD1206 TBD1206 AMP227699 2 1UF TBD1206 TSW 104 08 T D VDD1 TBD1206 DP1 1 9...

Page 7: ...EVAL ADuMQSEBZ User Guide UG 042 Rev C Page 7 of 8 Figure 8 Evaluation Board Layout 08414 008 ...

Page 8: ...play sell transfer assign sublicense or distribute the Evaluation Board and ii permit any Third Party to access the Evaluation Board As used herein the term Third Party includes any entity other than ADI Customer their employees affiliates and in house consultants The Evaluation Board is NOT sold to Customer all rights not expressly granted herein including ownership of the Evaluation Board are re...

Page 9: ...Mouser Electronics Authorized Distributor Click to View Pricing Inventory Delivery Lifecycle Information Analog Devices Inc EVAL ADUMQSEBZ ...

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