P19500-180-07 — SEMICONDUCTOR DEVICE,DIODE

✓ Government record, cited

— · SFP TRANSCEIVER

PRODUCT OVERVIEW

P19500-180-07: SEMICONDUCTOR DEVICE,DIODE.

The SEMICONDUCTOR DEVICE,DIODE is a the manufacturer industrial component. Key specifications include material: SILICON SEMICONDUCTOR, overall_length: 0.185 INCHES MAXIMUM IN, mounting_method: TERMINAL, terminal_length: 0.900 INCHES MINIMUM AND 1.300 INCHES MAXIMUM IN, overall_diameter: 0.140 INCHES MAXIMUM IN, features_provided: HERMETICALLY SEALED CASE. This part is cataloged in the U.S.

Government catalog under NSN 5961-01-155-7527, indicating validated use in U.S. government and defense logistics supply chains. Available through authorized enterprise resellers and TPM (Third Party Maintenance) channels.

Verify compatibility with your specific system configuration before ordering.

WHERE IT FITS

P19500-180-07

NSN: 5961-01-155-7527
FSC: 5961 — Semiconductor Devices and Associated Hardware
CAGE: 18876 — US ARMY AVIATION AND MISSILE COMMAND (USA)

SPECIFICATIONS

material	SILICON SEMICONDUCTOR
overall_length	0.185 INCHES MAXIMUM IN
mounting_method	TERMINAL
terminal_length	0.900 INCHES MINIMUM AND 1.300 INCHES MAXIMUM IN
overall_diameter	0.140 INCHES MAXIMUM IN
features_provided	HERMETICALLY SEALED CASE
terminal_type_and_quantity	2 UNINSULATED WIRE LEAD
function_for_which_designed	TRANSIENT SUPPRESSOR
voltage_tolerance_in_percent	-5.0 TO 5.0
power_rating_per_characteristic	1500.0 WATTS MAXIMUM REVERSE POWER DISSIPATION, DC
current_rating_per_characteristic	30.00 MILLIAMPERES MAXIMUM VOLTAGE REGULATOR DIODE CURRENT
voltage_rating_in_volts_per_characteristic	42.9 MAXIMUM BREAKDOWN VOLTAGE, DC
NSN	5961-01-155-7527

COMPONENT DIAGRAM

KEY FEATURES

•

VOLTAGE RATING IN VOLTS PER CHARACTERISTIC: 42.9 MAXIMUM BREAKDOWN VOLTAGE, DC

•

MAXIMUM OPERATING TEMP PER MEASUREMENT POINT: 175.0 CELSIUS JUNCTION DEGC

•

OVERALL DIAMETER: 0.140 INCHES MAXIMUM IN

•

TERMINAL LENGTH: 0.900 INCHES MINIMUM AND 1.300 INCHES MAXIMUM IN

•

MOUNTING METHOD: TERMINAL

•

FEATURES PROVIDED: HERMETICALLY SEALED CASE

•

CURRENT RATING PER CHARACTERISTIC: 30.00 MILLIAMPERES MAXIMUM VOLTAGE REGULATOR DIODE CURRENT

TECHNICAL CHARACTERISTICS

VOLTAGE RATING IN VOLTS PER CHARACTERISTIC	42.9 MAXIMUM BREAKDOWN VOLTAGE, DC
MAXIMUM OPERATING TEMP PER MEASUREMENT POINT	175.0 CELSIUS JUNCTION DEGC
OVERALL DIAMETER	0.140 INCHES MAXIMUM IN
TERMINAL LENGTH	0.900 INCHES MINIMUM AND 1.300 INCHES MAXIMUM IN
MOUNTING METHOD	TERMINAL
OVERALL LENGTH	0.185 INCHES MAXIMUM IN
FEATURES PROVIDED	HERMETICALLY SEALED CASE
CURRENT RATING PER CHARACTERISTIC	30.00 MILLIAMPERES MAXIMUM VOLTAGE REGULATOR DIODE CURRENT
VOLTAGE TOLERANCE IN PERCENT	-5.0 TO 5.0
FUNCTION FOR WHICH DESIGNED	TRANSIENT SUPPRESSOR

OTHER ITEMS IN FSC 5961 — Semiconductor Devices and Associated Hardware

Items in the same Federal Supply class. No interchangeability or substitution relationship is implied.

5961-00-000-0150 5961-00-000-4541 5961-00-000-5400 5961-00-000-7614 5961-00-000-8760 5961-00-001-1352 5961-00-001-2624 5961-00-001-2978

SUBSTITUTES & CROSS-REFERENCES 2

1N6156Reference document

Same NSN cross-reference

Reference document — Secondary reference

SS5476Same NSN cross-reference

Same NSN cross-reference

Also cataloged under this NSN

LIFECYCLE

NSN statusActive· U.S. Government catalog

No demilitarization required

Ready to buy P19500-180-07?

Compare prices from verified sellers on eBay

Buy on eBay →

As an eBay Partner, PartsTable may earn a commission. Your price is not affected.

FREQUENTLY ASKED QUESTIONS

What is P19500-180-07?

P19500-180-07 is a SEMICONDUCTOR DEVICE,DIODE.

What parts can replace P19500-180-07?

There are 2 known substitutes for P19500-180-07: 1N6156, SS5476. Substitute compatibility should be verified for your specific system.

What is the NSN for P19500-180-07?

P19500-180-07 is cataloged in the U.S. Government catalog under NSN 5961-01-155-7527. This indicates validated use in U.S. government and defense supply chains.

Community Feedback

P19500-180-07 — SEMICONDUCTOR DEVICE,DIODE

Request a Quote — P19500-180-07