5962-01-039-7307

Find complete technical information, availability, and procurement data for: 5962-01-039-7307
DODParts.com distributes related products varnishes dopes paints, aircraft parts and consumables, electrical parts, fittings and other components for the aerospace and defense industries. Submit the short price quote form for NSN 5962-01-039-7307 to receive an up to date pricing and availability quote by email.

Federal Supply Group

Electrical and Electronic Equipment Components

Federal Supply Classification

5962 Electronic Microcircuits

National Stock Number

5962-01-039-7307

Item Name Code

41015

Assigment Date

04/25/1977 (49 years ago)

"a microcircuit specifically designed to generate, modify, or process electrical signals which operate with two distinct or binary states. These states are commonly referred to as on and off, true and false, high and low, or "1" and "0"."

0.245 inches minimum and 0.300 inches maximum body width, 0.120 inches minimum and 0.195 inches maximum body height, +0.0 to 75.0 celsius operating temp range, 625.0 milliwatts maximum power dissipation rating, 0.750 inches minimum and 0.795 inches maximum body length

Product Characteristics

Below you’ll find the complete technical specifications and performance data for this part, including material details and compliance information.

Body Length: 0.750 inches minimum and 0.795 inches maximum
Body Width: 0.245 inches minimum and 0.300 inches maximum
Body Height: 0.120 inches minimum and 0.195 inches maximum
Maximum Power Dissipation Rating: 625.0 milliwatts
Operating Temp Range: +0.0 to 75.0 celsius
Storage Temp Range: -65.0 to 150.0 celsius
End Item Identification: cheyenne aircraft model 427m
Features Provided: bipolar and hermetically sealed and high speed and monolithic and positive outputs and programmable and programmed and w/buffered output and w/decoded output and w/disable and w/enable and w/storage and 3-state output
Inclosure Material: ceramic and glass
Inclosure Configuration: dual-in-line
Output Logic Form: transistor-transistor logic
Input Circuit Pattern: 10 input
Case Outline Source And Designator: -0-001-ag joint electron device engineering council
Terminal Surface Treatment: solder
Voltage Rating And Type Per Characteristic: 5.5 volts maximum power source
Time Rating Per Chacteristic: 30.00 nanoseconds maximum propagation delay time, low to high level output and 30.00 nanoseconds maximum propagation delay time, high to low level output
Memory Device Type: ram
Memory Capacity: unknown
Test Data Document: 11530-278539 drawing (this is the basic governing drawing, such as a contractor drawing, original equipment manufacturer drawing, etc.; excludes any specification, standard or other document that may be referenced in a basic governing drawing)
Terminal Type And Quantity: 16 printed circuit

Related Parts

This NSN group includes multiple components designed to meet specific performance and operational standards. Each listing provides detailed specs, functionality data, and replacement compatibility information:

Part Number	Name
278539-01	Memory Microcircuit

FAQs

Find helpful answers about installation, operation, maintenance, compliance, and troubleshooting.

What is the FSCG of the NSN 5962-01-039-7307?

The FSCG of the NSN 5962-01-039-7307 is 5962

Does the NSN 5962-01-039-7307 have a Schedule B code assigned?

Yes, the Schedule B code is 8542900000

Does NSN 5962-01-039-7307 require demilitarization?

"commerce control list items (ccli) - mut to the point of scrap required outside the united states. Inside the united states, mut is required when the demil integrity code (ic) is "3" and mut is not required when the demic is "6" (note 8)"

Does NSN 5962-01-039-7307 contain precious materials?

Precious metal content is unknown

Does NSN 5962-01-039-7307 contain hazardous materials?

Indicates there is no data in the hmirs and the nsn is in a fsc not generally suspected of containing hazardous materials.

When the NSN 5962-01-039-7307 was assigned to the Federal Catalog?

It was assigned 49 years ago, on Mon, Apr 25, 1977