SVR003_15 Datasheet, PDF (2/3 Pages) Solid States Devices, Inc – ADJUSTABLE LINEAR VOLTAGE REGULATOR

SVR1086-2.85N, P, B, & A
Electrical Characteristics
PRELIMINARY
SOLID STATE DEVICES, INC.
14830 Valley View Blvd * La Mirada, Ca 90638
Phone: [phone] * Fax: [phone]
t^o SYMBOL MIN TYP MAX UNITS
Reference Voltage ^7/
I_OUT = 20mA 25
20mA # I_OUT # 10A, 3V#ªV#35V, P#75W *
Line Regulation
3V #ªV # 35V, I_OUT = 20mA 25
*
Load Regulation ^{6/, 7/}
(0 # I_OUT #1.5A)
20mA # I_OUT # 10A, 3V # ªV # 35V 25
*
V_REF
ªV_OUT
ªV_IN
ªV_OUT
ªI_OUT
1.240
1.220
--
--
--
--
1.250
1.250
0.005
0.02
0.1
0.3
1.260
1.285
0.010
0.03
4.00
8.00
V
V
%/V
%/V
%
%
Thermal Regulation
30 msec Pulse 25
--
.002
.005 %/W
Ripple Rejection
V_OUT=10V, f=120Hz,
C_OUT =25:F
Adjust Pin Current
Adjust Pin Current
Change
C_ADJ = 0 *
--
C_ADJ = 10:F *
60
*
I_ADJ
--
20mA # I_OUT # 10A, 3V # ªV # 35V *
ªI_ADJ
--
60
--
dB
75
--
dB
50
100
:A
0.2
3
:A
Minimum Load
Current
ªV = 35V *
ªV # 20V *
--
7
20
mA
--
10
mA
Current Limit
Temperature Stability
Long Term Strability
RMS Output Noice
ªV # 10V_DC *
ªV # 10V (Transient) *
I_SC
ªV = 30V 25
10
14
14
22
1
2
--
A
--
A
--
A
ªV_OUT
--
ªT
T = 1000 hrs 125
ªV_OUT
--
ªVtime
1
2
%
0.3
1.0
%
10Hz # f # 10kHz 25
e_n
--
0.001
--
%
Thermal Resistance
Junction to Case
Power Transistor *
R_2JC
--
Control Circuitry *
--
--
1.0 ^oC/W
--
0.5 ^oC/W
NOTES:
PIN ASSIGNMENT
* Full Temperature Range
FUNCTION
PIN 1 PIN 2 PIN 3
1/ For Ordering Information, Price, and Availability Contact
Factory.
Voltage Regulator Adjust Input Output
2/ Screening per MIL-PRF-19500.
3/ For Lead Bend Options Request Document # DSB-001 (Available for Download @ ssdi-power.com).
4/ For Package Outlines Request Document # DSA-001. (Available for Download @ ssdi-power.com)
6/ See Thermal Regulation specifications for changes in Output Voltage due to the heating effects. Line and Load Regulations are
measured at a constant Junction Temperature by low duty cycle pulse testing. Load Regulation is measured at the Output Lead at
approx. 1/8” from the package.
5/ Unless otherwise specified, these specifications apply: ªV = 5V and I_OUT = 5A. These specifications are applicable for power
dissipations up to 75W. At Input-Output voltage differentials greater than 10V, achievable output current and power dissipation
decrease due to the protection circuitry.