SVR002_15 Datasheet, PDF (3/4 Pages) Solid States Devices, Inc – LOW DROPOUT POSITIVE LINEAR VOLTAGE REGULATOR

PRELIMINARY
SOLID STATE DEVICES, INC.
14830 Valley View Blvd * La Mirada, Ca 90638
Phone: [phone] * Fax: [phone]
Electrical Characteristics (Continue)
SVR1085-3.3M, Z, D2, & D3
thru
SVR1085-12M, Z, D2, & D3
t^o SYMBOL MIN TYP MAX UNITS
Thermal Regulation
(30 msec Pulse) 25
--
0.004 0.02 %/W
Ripple Rejection
SVR1085 -_
(ªV=3V, C_ADJ=25:F) *
(f =120Hz, C_OUT =25:F, SVR1085 -3.3 (V_IN =6.3V, I_OUT =3A) *
I_OUT = I_FULLOAD)
SVR1085 -3.6 (V_IN =6.6V, I_OUT =3A) *
SVR1085 -5
(V_IN = 8V) *
SVR1085 -12
(V_IN = 15V) *
60
75
60
72
60
72
60
68
54
60
--
dB
--
dB
--
dB
--
dB
--
dB
Adjust Pin Current SVR1085 -_
25
I_ADJ
--
55
--
:A
*
--
--
120
:A
Adjust Pin Current SVR1085 -_
10mA#I_OUT#I_FULLOAD, *
ªI_ADJ
--
Change
1.5V # ªV # 25V
0.2
5.0
:A
Temperature Stability
Long Term Strability
RMS Output Noice
*
ªV_OUT
ªT
--
125
ªV_OUT
ªVtime
--
0.5
--
%
0.3
1.0
%
(10Hz # f # 10kHz) 25
e_n
--
0.003
--
%
Thermal Resistance
Junction to Case
Control Circuitry
Power Transistor
R_2JC
--
--
--
0.9 ^oC/W
--
3.0 ^oC/W
NOTES:
PIN ASSIGNMENT
* Full Temperature Range
1/ For Ordering Information, Price, and Availability Contact
Factory.
FUNCTION
Voltage Regulator
PIN 1
Adjust
PIN 2
Input
PIN 3
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)
5/ Devices are guaranteed to withstand transient Input Voltage up to 30V. For Input Voltages greater then the maximum operating
Input Voltage some degradation of specifications will occur. For 5V and 12V devices operating at Input/Output differentials greater
then 15V, a minimum external load of 5mA is required to maintain regulation.
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.
7/ Line and Load Regulation are guaranteed up to the maximum power dissipation of 30W. Power Dissipation is determined by the
Input/Output differential and the Output Current. Guaranteed maximum power dissipation will not be available over the full Input/
Output range.
8/ Dropout Voltage is specified over the full Output Current range of the Device.
9/ Minimum Load Current is defined as the minimum current required to maintain regulation. At 25V Input/Output differential the
device is guaranteed to regulate if the Output Current is greater than 10mA.