Palstar LA-1K RF Sensing Dual HF LDMOS is a 1000W amplifier is a complete stand-alone amateur radio amplifier. | FCC ID 2ANZ2-LA-1K
By Palstar Inc
Add to favorites | Sign In or Register |
Audio Equipment
Wireless Equipment
Palstar LA-1K RF Sensing Dual HF LDMOS is a 1000W amplifier is a complete stand-alone amateur radio amplifier. Device & FCC ID 2ANZ2-LA-1K Application Information
2ANZ2-LA-1K was submitted on Dec 1, 2017 by Palstar Inc for a Palstar LA-1K RF Sensing Dual HF LDMOS is a 1000W amplifier is a complete stand-alone amateur radio amplifier..
In the table below, you will find the FCC ID information, application date, approved grant types, confidentiality agreement dates, the test facility used, and the TCB scope for ID 2ANZ2-LA-1K.
FCC ID | 2ANZ2-LA-1K | Application Purpose | Original Equipment |
Application Date | Dec 1, 2017 | Brand Name | |
Description | Palstar LA-1K RF Sensing Dual HF LDMOS is a 1000W amplifier is a complete stand-alone amateur radio amplifier. | Short Term Confidentiality | No |
TCB Scope | B2: General Mobile Radio And Broadcast Services equipment in the following 47 CFR Parts 22 (non-cellular) 73, 74, 90, 95, 97, & 101 (all below 3 GHz) | Long Term Confidentiality | Yes |
Test Firm | CKC Laboratories, Inc. | Short Term Confidentiality Released |
Wireless Features
Palstar Inc's Palstar LA-1K RF Sensing Dual HF LDMOS is a 1000W amplifier is a complete stand-alone amateur radio amplifier. supports the following wireless features:
Feature | Operating Frequency | Supported |
---|---|---|
Bluetooth | 2402 - 2480 MHz | |
Wi-Fi 4 | 2412 - 2462 MHz | |
Wi-Fi 5 | 5160 - 5885 MHz |
Frequencies
Here is a closer look at FCC ID: 2ANZ2-LA-1K's supported operating frequencies and their approved power levels:
Frequency Range | Equipment Class | Power Level |
---|---|---|
1.8 - 54 MHz | AMP - Amplifier | 1000 W |
Reports & Documents
Grants
No Grants found
Submitted Reports & Documents
Report Name | Report Type | Date Submitted | Date Available | Exhibit Type |
---|---|---|---|---|
No Documents Found |