MICRF011BM TR Micrel Inc, MICRF011BM TR Datasheet
MICRF011BM TR
Specifications of MICRF011BM TR
Related parts for MICRF011BM TR
MICRF011BM TR Summary of contents
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... The user only needs to program the appropriate filter selection based on data rate and code modulation format. Typical Operating Circuit 385.5 MHz, 1200 bps OOK RECEIVER Micrel Inc. 1849 Fortune Drive San Jose, Ca 95131 USA QwikRadio Features Complete UHF receiver on a monolithic chip ...
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MICRF011 Ordering Information Part Number MICRF011BN MICRF011BM Pin Configuration (DIP and SOIC) Pin Description Pin Number Pin Name Pin Function 1 SEL0 Programs desired Demodulator Filter Bandwidth. This pin in internally pulled-up to VDD. See Table 1. 2/3 VSSRF This ...
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MICRF011 SEL0 SEL1 Design Change . 1. Local Oscillator sweep range reduced 2X. Affects SWP mode only. 2. Local Oscillator sweep rate reduced 2X. Affects SWP mode only Center ...
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MICRF011 ABSOLUTE MAXIMUM RATINGS Supply Voltage (VDDRF, VDDBB).................................+7V Voltage on any I/O Pin.........................VSS-0.3 to VDD+0.3 Junction Temperature..............................................+150 C Storage Temperature Range.....................- 150 C Lead Temperature (soldering, 10 seconds).............+ 260 C Electrical Characteristics Unless otherwise stated, these specifications ...
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MICRF011 Note 4: Parameter scales linearly with REFOSC frequency ft. For any REFOSC frequency other than 4.90MHz, compute new parameter value as the ratio [(REFOSC FREQ (in MHz) / 4.90] * [Parameter Value @ 4.90MHz]. Example: For REFOSC Freq. ft ...
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MICRF011 MICRF011 Block Diagram December 1998b tm QwikRadio 66 Micrel MICRF011 ...
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MICRF011 Functional Description Please refer to “MICRF011 Block Diagram”. Identified in the figure are the three principal functional blocks of the IC, namely (1) UHF Downconverter, (2) OOK Demodulator, and (3) Reference and Control. Also shown in the figure are ...
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MICRF011 [By adding resistance from the CAGC pin to VDDBB or VSSBB in parallel with the CAGC capacitor, the ratio of decay-to-attack time-constant may be varied, although the value of such adjustments must be studied on a per- application basis. ...
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MICRF011 3. Selecting CAGC Capacitor Selection of CAGC is dictated by minimizing the ripple on the AGC control voltage, by using a sufficiently large capacitor Micrel’s experience that CAGC should be in the vicinity of 0. ...
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MICRF011 Figure 2 CTH Pin Figure 4 DO Pin December 1998b tm QwikRadio Figure 5 REFOSC Pin 1010 Micrel Figure 3 CAGC Pin Figure 6 SEL0, SEL1, SWEN MICRF011 ...
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... This information is believed to be accurate and reliable, however no responsibility is assumed by Micrel for its use nor for any infringement of patents or other rights of third parties resulting from its use. No license is granted by implication or otherwise under any patent or patent right of Micrel Inc. This is preliminary information and a final specification has not been completed. Before making any final design determination, consult with Micrel for final specifications. ...