161A1070 by Behlman California Instrument Corp - Receive a Competitive Quote
| Part Number: 161A1070 | Manufacturer: Behlman California Instrument Corp | NSN : 5915-00-228-5821 | Item Name : Filter Radio Freque | CAGE Code: 04746 | FSC : 5915 Filters and Networks | ||
We’re excited to announce that 161A1070 NSN part is now available and ready for immediate shipping. Part number 161A1070 is a Filter Radio Freque manufactured by Behlman California Instrument Corp with NSN 5915002285821. Are you interested in a quick and competitive quote for this part?
Just NSN Parts, owned and operated by ASAP Semiconductor, is a leading distributor of NSN (National Stock Number) parts, new and obsolete. Because of our dedication to quality, we’re the only independent distributor in the United States with a strict No China Sourcing Pledge. We’re also an AS9120B, ISO 9001:2015 certified, and FAA AC 0056B accredited member of the Aviation Suppliers Association (ASA). Our vast and comprehensive inventory of over 2 billion parts coupled with our shipping facilities in Washington, Oregon, California, New Maxico, Nevada, Arizona, Illinois, Minnesota, Pennsylvania, and New York, allow us to offer you some of the fastest delivery times in the industry.
If you’d like to learn more about NSN part number 161A1070 Filter Radio Freque, feel free to call us at our toll-free number, +1-714-705-4780, or email us at sales@justnsnparts.com. And, if you’d like to stay informed on new inventory or any promotions, feel free to download the ASAP Semiconductor App from Google Play or the App Store.
NSN Information for Part Number 161A1070 with NSN 5915-00-228-5821, 5915002285821
| NSN | FSC | NIIN | CLS | Hazmat | DEMIL | Cancelled NSN |
|---|---|---|---|---|---|---|
| 5915-00-228-5821 Item PartTypeName: FILTER,RADIO FREQUENCY INTERFERE | 5915 | 002285821 | 0 | P | ||
| CIIC | HCC | ESD | PMIC | Criticality | ENAC | |
| U | U | |||||
| Part Number | ISC | RNVC | RNCC | HCC | MSDS | SADC |
| 3006446 | 2 | 9 | 5 |
Characteristics Data of NSN 5915-00-228-5821, 5915002285821
| MRC | Criteria | Characteristic |
|---|---|---|
| ABHP | OVERALL LENGTH | 8.875 INCHES NOMINAL |
| ABKW | OVERALL HEIGHT | 2.187 INCHES NOMINAL |
| ADAQ | BODY LENGTH | 8.500 INCHES NOMINAL |
| ADAT | BODY WIDTH | 2.000 INCHES NOMINAL |
| ADAU | BODY HEIGHT | 1.437 INCHES MAXIMUM |
| AEBV | UNTHREADED MOUNTING HOLE DIAMETER | 0.171 INCHES NOMINAL |
| AFGA | OPERATING TEMP RANGE | 55.0 TO 85.0 DEG CELSIUS |
| AHAQ | SOURCE IMPEDANCE RATING PER FUNCTION | 50.0 OHMS 1ST RADIO INTERFERENCE 1ST FUNCTION |
| AHAQ | SOURCE IMPEDANCE RATING PER FUNCTION | 50.0 OHMS 2ND RADIO INTERFERENCE 2ND FUNCTION |
| AHAQ | SOURCE IMPEDANCE RATING PER FUNCTION | 50.0 OHMS 3RD RADIO INTERFERENCE 3RD FUNCTION |
| AHAQ | SOURCE IMPEDANCE RATING PER FUNCTION | 50.0 OHMS 4TH RADIO INTERFERENCE 4TH FUNCTION |
| AHAS | LOAD IMPEDANCE PER FUNCTION | 50.0 OHMS 1ST RADIO INTERFERENCE 1ST FUNCTION |
| AHAS | LOAD IMPEDANCE PER FUNCTION | 50.0 OHMS 2ND RADIO INTERFERENCE 2ND FUNCTION |
| AHAS | LOAD IMPEDANCE PER FUNCTION | 50.0 OHMS 3RD RADIO INTERFERENCE 4TH FUNCTION |
| AHAS | LOAD IMPEDANCE PER FUNCTION | 50.0 OHMS 4TH RADIO INTERFERENCE 3RD FUNCTION |
| AHBL | PRINCIPAL CIRCUITRY TYPE PER FUNCTION | INDUCTANCE-CAPACITANCE 1ST RADIO INTERFERENCE 1ST FUNCTION |
| AHBL | PRINCIPAL CIRCUITRY TYPE PER FUNCTION | INDUCTANCE-CAPACITANCE 2ND RADIO INTERFERENCE 2ND FUNCTION |
| AHBL | PRINCIPAL CIRCUITRY TYPE PER FUNCTION | INDUCTANCE-CAPACITANCE 3RD RADIO INTERFERENCE 3RD FUNCTION |
| AHBL | PRINCIPAL CIRCUITRY TYPE PER FUNCTION | INDUCTANCE-CAPACITANCE 4TH RADIO INTERFERENCE 4TH FUNCTION |
| AKNA | INCLOSURE TYPE | ENCASED |
| AXHR | MOUNTING FACILITY TYPE AND QUANTITY | 6 UNTHREADED HOLE |
| CQDW | FUNCTIONAL TERMINAL TYPE AND QUANTITY | 1 CONNECTOR,RECEPTACLE INPUT 1ST FUNCTION |
| CQDW | FUNCTIONAL TERMINAL TYPE AND QUANTITY | 1 TURRET GROUND 3RD FUNCTION |
| CQDW | FUNCTIONAL TERMINAL TYPE AND QUANTITY | 4 PIN OUTPUT 2ND FUNCTION |
| CQRG | BODY MATERIAL | METAL |
| STYL | STYLE DESIGNATOR | RECTANGULAR TERMINAL/TERMINALS ON TWO SURFACES |
