Lansdale Semiconductor, Inc. Quad Exclusive OR Gate w/Enable 10513/E,F

Description
The 10500/10100 series of emitter-coupled logic is the fastest logic technology available for practical use. A conventional planar process is used for the 10K ECL series with a density of about ten gates per mm2 and a delay of 2 ns per gate.
Description
The 10500/10100 series of emitter-coupled logic is the fastest logic technology available for practical use. A conventional planar process is used for the 10K ECL series with a density of about ten gates per mm2 and a delay of 2 ns per gate.

Suppliers

Company
Product
Description
Supplier Links
Quad Exclusive OR Gate w/Enable - 10513/E,F - Lansdale Semiconductor, Inc.
Phoenix, AZ, USA
Quad Exclusive OR Gate w/Enable
10513/E,F
Quad Exclusive OR Gate w/Enable 10513/E,F
The 10500/10100 series of emitter-coupled logic is the fastest logic technology available for practical use. A conventional planar process is used for the 10K ECL series with a density of about ten gates per mm2 and a delay of 2 ns per gate.

The 10500/10100 series of emitter-coupled logic is the fastest logic technology available for practical use. A conventional planar process is used for the 10K ECL series with a density of about ten gates per mm2 and a delay of 2 ns per gate.

Technical Specifications

  Lansdale Semiconductor, Inc.
Product Category Logic Gates
Product Number 10513/E,F
Product Name Quad Exclusive OR Gate w/Enable
Gate Type XOR
Supply Voltage (-)8 VDC
Logic Family ECL
Inputs 2
Propagation Delay 2.4 ns
Unlock Full Specs
to access all available technical data

Similar Products

Hex Inverter, Schmitt - MYXAF54RHC14/V - Micross Components, Inc.
Specs
Pin Count 14
IC Package Type Other; Flat-Pack
View Details
Quad 2-input NAND Schmitt trigger - 74AHC132D,118 - Nexperia B.V.
Specs
Gate Type NAND
Supply Voltage 2.5V; 3V; 3.3V; 3.6V; 5V; 2.0 - 5.5
Logic Family CMOS
View Details
10 suppliers
Logic Gates - 2139005P - RS Components, Ltd.
RS Components, Ltd.
Specs
Gate Type Buffer/Driver; Buffer
Logic Family Buffer
Inputs 1
View Details