onsemi Programmable Shunt Voltage Reference 2.5 - 36V ±0.5 % 3-Pin TO-92, KA431LZTA

RS Stock No.: 807-8789Brand: onsemiManufacturers Part No.: KA431LZTA
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Technical documents

Specifications

Brand

onsemi

Nominal Voltage

2.5 - 36V

Package Type

TO-92

Reference Type

Programmable

Initial Accuracy

±0.5 %

Mounting Type

Through Hole

Topology

Shunt

Maximum Output Voltage

36 V

Pin Count

3

Dimensions

5.2 x 4.19 x 5.33mm

Minimum Operating Temperature

-25 °C

Maximum Operating Temperature

+85 °C

Length

5.2mm

Height

5.33mm

Width

4.19mm

Product details

Voltage Reference, Adjustable, Fairchild Semiconductor

For low power, low current applications, the shunt regulators from Fairchild Semiconductor feature adjustable/programmable output voltages with superb thermal stability. The shunt regulators provide low dynamic output impedance and fast turn-on response while operating over the industrial temperature range.

Voltage References, Fairchild Semiconductor

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P.O.A.

onsemi Programmable Shunt Voltage Reference 2.5 - 36V ±0.5 % 3-Pin TO-92, KA431LZTA
Select packaging type

P.O.A.

onsemi Programmable Shunt Voltage Reference 2.5 - 36V ±0.5 % 3-Pin TO-92, KA431LZTA
Stock information temporarily unavailable.
Select packaging type

Technical documents

Specifications

Brand

onsemi

Nominal Voltage

2.5 - 36V

Package Type

TO-92

Reference Type

Programmable

Initial Accuracy

±0.5 %

Mounting Type

Through Hole

Topology

Shunt

Maximum Output Voltage

36 V

Pin Count

3

Dimensions

5.2 x 4.19 x 5.33mm

Minimum Operating Temperature

-25 °C

Maximum Operating Temperature

+85 °C

Length

5.2mm

Height

5.33mm

Width

4.19mm

Product details

Voltage Reference, Adjustable, Fairchild Semiconductor

For low power, low current applications, the shunt regulators from Fairchild Semiconductor feature adjustable/programmable output voltages with superb thermal stability. The shunt regulators provide low dynamic output impedance and fast turn-on response while operating over the industrial temperature range.

Voltage References, Fairchild Semiconductor