Item | Specification |
---|---|
Frequency Range | CDMA+LTE800 RX: 824.025~838.5 MHz TX: 869.025~883.5 MHz LTE-A RX: 1715.5~1734.5 MHz TX: 1810.4~1829.5 MHz LTE(2.1GHz) 10M+WCDMA(2FA) RX1: 1940.5~1949.5 MHz RX2: 1950.6~1959.3 MHz LTE(2.1GHz) 10M+WCDMA(2FA) TX1: 2130.5~2139.5 MHz TX2: 2140.6~2149.3 MHz |
Center Fequency | CDMA+LTE800 RX: 831.2625 MHz TX: 876.2625 MHz LTE-A RX: 1725 MHz TX: 1820 MHz LTE(2.1GHz) 10M+WCDMA(2FA) RX: 1945 MHz, 1955 MHz LTE(2.1GHz) 10M+WCDMA(2FA) TX: 2135 MHz, 2145 MHz |
Insertion Loss (Max) | 1.5 dB |
Rejection (Min) |
CDMA+LTE800 RX 10dBc @821.0 10dBc @841.5 MHz CDMA+LTE800 TX 10dBc @866 10dBc @886.5 60dBc @9kHz~800 85dBc @905~915 80dBc @915~2700 80dBc @2H MHz LTE-A RX 10dBc @Fc±20 20dBc @Fc±25 MHz LTE-A TX 10dBc @Fc±15 20dBc @Fc±20 60dBc @9kHz~800 80dBc @800~1780 110dBc @1700~1770 80dBc @1920~2700 80dBc @2H MHz LTE(2.1GHz) RX 10M+WCDMA(2FA) 10dBc @1937.5, 1962.5 MHz LTE(2.1GHz) TX 10M+WCDMA(2FA) 10dBc @2127.5 10dBc @2152.5 60dBc @9k~800 80dBc @800~1780 80dBc @2300~2700 80dBc @2H |
Power | CDMA+LTE800 TX: 60W (Avg/CDMA) LTE-A TX: 80W (Avg/LTE) LTE (2.1GHz) 10M+WCDMA (2FA) TX: 60W (Avg/WCDMA) |
Return Loss (Min) | 20 dB |
PIMD (Min) | CDMA+LTE800: RX BAND: 150dBc (10W 2Tone) LTE-A: 3rd: 140dBc (20W 2Tone) LTE(2.1GHz) 10M+WCDMA(2FA) TX : 3rd: 140dBc (10W 2Tone) |
Bandwidth | CDMA+LTE800 RX: 14.475MHz, TX: 14.475MHz LTE-A RX: 19MHz, TX: 19.015MHz LTE(2.1GHz) 10M+WCDMA(2FA) RX : 9MHz, 8.64MHz, TX : 9MHz, 8.64MHz |
Ripple (Max) | 0.8 dB |
2nd Harmonic (Min) | 80 dBc |
Group Delay (Max) | 300ns |
Coupling | CDMA+LTE800 TX: 40±1dB(Mean Value) LTE-A TX: 40±1dB(Mean Value) LTE(2.1GHz) 10M+WCDMA(2FA) TX : 40±1dB(Mean Value) |
Impedance | 50 Ω |
Operating Temperature | -30℃ ~ +85℃ |
RoHS | Compliance |
Item | Specification |
---|---|
Connector | SMA(F) / N(F) |
Finish | Warm Gray 2C Painting |
General Information
Filter is the core product out of RF passive products. Filter is more important than any other passive components in the repeater and the base station, even though other components are important. As the system operators all over the world use different frequencies, and there are quite a lot of signals in the air for televisions, military use, weather research and other purposes. The most important role of the filter is to select desired signals for use. Filter is very the most applied module in RF system. There are lots of filters based on the kinds of applications. When we talk about the concept only, it does not look like hard subject to understand, but 500 pages of a book is not good enough to know about the details and every part of filter. Filter carries out the same function as filter in water purifier which sifts out impurities in water. Filter gets rid of the noise and output the clean signal what I want to get. If you are well aware of S-parameter, you will easily understand the explanation below. As explained above, the filter performs to filter the frequency noise, but at the same time it also can performs to select desired frequency depending on its purpose.
Our SRTechnology Filter features as follows:
• Even 1 pc of sample is pleased to be designed and customized upon request
• Various filter development and OEM welcomed
• Low PIM, High power handing, low insertion loss and excellent Attenuation value
• Excellent temperature stability
• Minimizing filter dimension with price competitiveness Perfect product for wide range of radio microwave frequency, such as Telecommunication system, IEEE 802. 11b/g, RFID, Tetra, Wi-Fi, WiMax, Satellite and Military applications