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Anritsu MT8. 82. 0A used or new for sale at used- line. The MT8. 82. 0A covers the frequency range from 3. MHz to 2. 7 GHz and is designed to perform Transmitter and Receiver tests on 3. G W- CDMA UE terminals in accordance with 3. GPP TS3. 4. 1. 21 and GSM terminals for both R& D and manufacturing applications. With appropriate measurement software and hardware options installed, this single platform supports evaluation of all the main transmission/reception test items for W- CDMA terminals including HSDPA. Options also support EDGE/EGPRS and 1x.
Anritsu 8820 User Manual Anritsu Mt8820c User Manual. The MT8820A hardware platform covers a frequency range of 30. MHz to 2.7 For W-CDMA terminal connectivity. Radio Communication Analyzer. Anritsu handset (A0058A/A0013). Switches remote control to manual control 4 Remote Lamp. Anritsu Mt8820c Manual Pdf Download Now. The Radio Communication Analyzer MT8820C platform covers 30 MHz to 2.7. GHz (3.4 GHz to 3.8 GHz valid only if MT8820C-018 is.
EV- DO, as well measurements for two phones simultaneously. GPP call processing is also supported, allowing both functional tests and transceiver measurements to be made in a call processing state. In addition, the voice signal from the terminal can be echoed- back during conversation in order to perform a simple voice communications test. Audio codecs are also available for real- time communication with terminals. Advanced DSP and parallel measurement technologies dramatically reduce wireless manufacturing and inspection test times.
Furthermore, multiple measurements can be selected for batch measurement. A one- touch operation allows selected batch measurements to be executed repeatedly a designated number of times. Pass/fail evaluation of the main measurement items - - including transmission frequency, modulation accuracy, output power, adjacent channel power, occupied frequency bandwidth, and BER - - can be performed easily and quickly. Frequency range 3. MHz to 2. 7 GHz. Maximum input level: +3. Bm. Main: ≤1. 2 (< 1. GHz), ≤1. 2. 5 (1.
GHz), ≤1. 3 (> 2. GHz). Auxiliary: ≤1. SG Output level: ≤–1. Bm)Connector. Auxiliary: SMA type. Reference oscillator: BNC type. External reference input: BNC type. Reference oscillator.
Frequency: 1. 0 MHz. Startup characteristics: ≤±5 x 1. External reference input. Frequency: 1. 0 MHz to 1.
MHz. Level: ≥0 d. Bm. RF signal generator. Frequency range: 3. MHz, setting resolution: 1 Hz. Output level range: - 1. Bm (main), - 1. 30 to 0 d. Bm (auxiliary), resolution 0.
B. Non- harmonic spurious: ≤–5. Bc (at offset frequency: ≥1. Hz, except Uplink frequency – Downlink frequency + 4. GHz), ≤–4. 0 d. Bc [spurious of (4. GHz – Downlink frequency GHz) GHz at ≥2.
GHz]. Harmonics: ≤–2. Bc Advanced DSP and parallel measurement technologies for fast test time.
GPP call processing including Registration; Origination, and Termination. Transmitter measurements items including Modulation analysis; Adjacent channel power ratio and Peak code domain error according to 3. GPP TS3. 4. 1. 21. Bit Error rate (BER) and Block Error rate (BLER) receiver measurements using 3. GPP loopback method.
One- touch" Batch measurement operating mode with Pass/Fail evaluation. Multi- system W- CDMA / GSM capability. EV- DO support including external packet data communications measurement capability and IP data communications mode. EDGE/EGPRS measurement software supporting MCS1- MCS4 (GMSK modulation) and MCS5- MCS9 (8. PSK modulation) coding. HSDPA call processing and RF transmission/reception measurements for mobile terminals with UE category 1 to 6, 1.
Parallel phone measurement to increase measurement speed, reduce production costs, and save manufacturing space. Display: Color 8. TFT LCD, 6. 40 x 4. GPIB: Control from external host with main unit as device (excluding some functions such as power- on). Interface functions: SH1, AH1, T6, L4, SR1, RL1, PP0, DC1, DT1, C0, E2.