SATPC0031470 Tab 04 4 SOW_Redacted.pdf

STATEMENT OF WORK

Objective/Requirements

NASA Langley Research Center has a requirement for Montena Technology sa Pulse Generation hardware and software or Equal.

Characteristics, Scope, and Specs

Item Units Product Description

Transportable NEMP Test System for Small Pieces of Equipment according to MIL-

STD-461 / RS105 OR EQUAL

1.0 1 Montena EMP25K-2-23 or EQUAL

Pulse generator according to MIL-Std 461 versions E, F and G /

RS105, with its high voltage discharging box to connected the below RL50-50 line. Loading voltage: ≤ +0.2 kV to ≥ +25 kV, positive polarity.

Remote control possible via RS232 or USB interface.

2.0 1 Montena RL50-50 or EQUAL

50 cm high radiation line to be connected to the EMP25K-2-23, for a test amplitude of 50 kV/m. The line includes the metallic ground plane and can be easily transported.

Electric Field Monitoring Sensor

3.0 1 Ground plane E-field monitor or EQUAL

Consists of the following:

• 1 x SGE3-5G: "D-dot" E-field derivative sensor

• 1 x C3-SN: semi-rigid coaxial cable SMA-N, 3m

• 1 x ITR1U2-A: integration circuit; Passive integrator for field sensors, T = 1.2 us, connectors: N female (sensor side) - BNC male (oscilloscope)

Test and Measurement Software

4.0 1 PULSELab or EQUAL

Generic pulse measurement and processing software application, life-time license for 1 computer

• Product must be compliant with MIL-STD-464 and MIL-STD-461, and must consist of a pulse generator, radiation line, ground plane, ground plane e-field monitor, and test and measurement software.

• Product must be a tabletop pulse generation system that could output a pulse equivalent to a nuclear high-altitude electromagnetic pulse (NEMP/HEMP).

Place of Performance

NASA Langley Research Center

Period of Performance

12-14 weeks ARO