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RC4194

PRODUCT SPECIFICATION

3

Operating Conditions

Electrical Characteristics  

(

±

£

 V

OUT

 

£

 V

MAX

; –V

IN

 

£

 -8V; I

L

 = 

±

1mA; RM4194: -55

°

£

 T

j

 

£

 +125

°

C; RC4194: 0

°

£

 T

j

 

£

 +70

°

unless otherwise specified)

Notes:
1. Measured as 

 (mA)

2.  Output voltage temperature drift guaranteed by design.
3.  The current drain will increase by 50

m

A/V

OUT

 on positive side and 100

m

A/V

OUT

 on negative side.

4.  The specifications above apply for the given junction temperatures since pulse test conditions are used.

Parameter

Min

Typ

Max

Units

q

JC

Thermal Resistance

CerDIP

60

°

C/W

TO-66 Metal Can

7

°

C/W

q

JA

Thermal Resistance

PDIP

160

°

C/W

CerDIP

120

°

C/W

TO-66 Metal Can

42

°

C/W

Parameters

Test Conditions

Min

Typ

Max

Units

Line Regulation

D

V

S

 = 0.1 V

IN

0.04

0.1

%V

OUT

Load Regulation

1

4194K:  I

L

 < 200 mA

4194D: I

L

 < 100 mA

±

V

S

 = 

±

 (V

OUT

 + 5)V

0.002

0.004

%V

OUT

/I

L

(mA)

Output Voltage Drift With 
Temperature

2

    Positive Output

V

OUT

 = 

±

5V

0.002

0.015

%/

°

C

    Negative Output

V

OUT

 = 

±

5V

0.003

0.015

%/

°

C

Supply Current

3

 (Positive)

V

S

 = 

±

V

MAX

, V

OUT

 = 0V, 

I

L

 = 0 mA

+0.8

+2.5

mA

Supply Current

4

 (Negative)

V

S

 = 

±

V

MAX

, V

OUT

 = 0V, 

I

L

 = 0 mA

-1.8

-4.0

mA

Supply Voltage

RM4194

±

9.5

±

45

V

RC4194

±

9.5

±

35

V

Output Voltage Scale Factor

R

SET

 = 71.5 k

W

, T

j

 = +25

°

C, 

V

S

 = 

±

V

MAX

2.38

2.5

2.62

k

W

/V

Output Voltage Range

RM4194:  R

SET

 = 71.5 k

W

I

L

 = 25 mA

0.05

±

42

V

RC4194:  R

SET

 = 71.5 k

W

I

L

 = 25 mA

0.05

±

42

V

Output Voltage Tracking

±

0.4

±

2.0

%

Ripple Rejection

F = 120 Hz, T

j

 = +25

°

C

70

dB

Input-Output Voltage Differential

I

L

 = 50 mA, T

j

 = +25

°

C

3.0

V

Short Circuit Current

V

S

 = 

±

30V, T

j

 = +25

°

C

300

mA

Output Noise Voltage

C

L

 = 4.7 

m

F, V

OUT

 = 

±

15V,

F = 10 Hz to 100 kHz

250

m

V

RMS

Internal Thermal Shutdown

175

°

C

D

V

OUT

V

OUT

------------------

100%

´

è

ø

æ

ö

I

L

§

Содержание RC4194

Страница 1: ...ing distribution problems associated with single point regulation To simplify application the regulators require a minimum number of external parts The device is available in three package types to ac...

Страница 2: ...etal Can 250 mA PDTA 50 C PDIP 468 mW CerDIP 1042 mW TO 66 Metal Can 2381 mW Operating Temperature Tj RC4194 0 70 C RM4194 55 125 C Storage Temperature 65 150 C Junction Temperature PDIP 125 C CerDIP...

Страница 3: ...ulation DVS 0 1 VIN 0 04 0 1 VOUT Load Regulation1 4194K IL 200 mA 4194D IL 100 mA VS VOUT 5 V 0 002 0 004 VOUT IL mA Output Voltage Drift With Temperature2 Positive Output VOUT 5V 0 002 0 015 C Negat...

Страница 4: ...Ripple Rejection dB F Hz 150 130 110 90 70 50 30 10 0 100 1K 10K 100K VOUT 15V 65 0202 Tj 125 C Tj 25 C 0 06 0 05 0 04 0 03 0 02 0 01 0 0 01 0 20 40 60 80 100 120 140 160 180 200 IL mA Load Regulatio...

Страница 5: ...2 5 k R R 20 k See Schematic V V R when V V R when V V For V 5 when V 5V R R W OUT OUT O O F1 F2 OUT OUT A OUT OUT B OUT OUT OUT OUT A B OUT R R R R F1 A F2 B 65 0205 65 0206 S V VS 0 1 F m V V GND Co...

Страница 6: ...Amps OUT 65 0204 OUT R k 2 5 V O 65 1725 Optional Tracking Adjustment 100K R3 100K 6 8 1 V V o o Bal RC4194K Binary Inputs MSB LSB 5 6 7 8 9 10 11 12 Adjust R2 for 19 92V at VOUT with all 1s at binary...

Страница 7: ...in the alternate switch configuration Compensation For most applications the following compensation technique is sufficient The positive regulator section of the RC4194 is compensated by a 0 001 mF c...

Страница 8: ...tion diodes The diodes at the inputs and outputs pre vent voltages at those points from becoming reversed Diodes from outputs to inputs prevent the output voltage from exceeding the input voltage Chan...

Страница 9: ...ere TJ junction temperature C TA ambient air temperature C PD power dissipated by device W qJ A thermal resistance from junction to ambient air C W The power dissipated by the voltage regulator can be...

Страница 10: ...Wakefield 690 Thermalloy 6002 6003 6004 6005 6052 6053 6054 6176 6301 IERC LB Staver V3 5 2 7 0 10 0 Wakefield 672 Thermalloy 6001 6016 6051 6105 6601 IERC LA uP Staver V1 3 V1 5 V3 3 V3 5 V3 7 10 0 2...

Страница 11: ...0 pF R6 30K Q8 Q2 Q4 Q3 Q1 R1 12K Q6 R2 680 R3 5000 R7 5000 Q5 Q7 3 R 2 R R11 3900 R10 1650 Q19 Q22 Q23 Q24 Q17 Q21 Q20 Q44 R8 5000 Q31 Q25 Q26 8 k W 200W R14 3000 W Q46 Q18 Q43 R15 1 1 W Q27 1 V OUT...

Страница 12: ...rease maximum limit by 003 08mm when lead finish is applied A 250 340 6 35 8 64 Symbol Inches Min Max Min Max Millimeters Notes b 028 034 71 86 D 620 15 75 D1 470 500 11 94 12 70 190 210 4 83 5 33 093...

Страница 13: ...e identification mark The minimum limit for dimension b2 may be 023 58mm for leads number 1 7 8 and 14 only Dimension Q shall be measured from the seating plane to the base plane This dimension allows...

Страница 14: ...25 795 18 42 20 19 300 325 7 62 8 26 E eB 430 10 92 115 200 2 92 5 08 4 2 e 100 BSC 2 54 BSC 2 L 14 14 5 N 240 280 6 10 7 11 E1 C 008 015 20 38 D1 005 13 Notes 1 2 3 4 5 Dimensioning and tolerancing p...

Страница 15: ...the labeling can be reasonably expected to result in a significant injury of the user 2 A critical component in any component of a life support device or system whose failure to perform can be reasona...

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