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Supplier: Semtech Corp.
Description: With their extremely low-power requirements and highly integrated foundation, our UHF transmitter circuits give you a low-cost and flexible solution for your RF transmitter design. Our RF devices are versatile, multi-channel ISM band RF transmitter IC chips (optimized for
- Data Rate: 600 kbps
- IC Package Type: SOIC, Other
- Modulation: On-Off Key (OOK), Frequency Shift Key (FSK), Other
- Operating Frequency: 310 to 928 MHz
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Supplier: VAST STOCK CO., LIMITED
Description: RF Development Tools PC Evaluation Board w/ matched loop antenna and transmitter circuit featuring TH72005, TH72001, TH72002 transmitter functionality (Connector Version)
- Category: Development Board
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Supplier: RS Components, Ltd.
Description: number of the parameters and functions of its RF63 core chip, including those IC pins which are not leaded out. All of these can help customers gain a better understanding of the performance of RFM63W modules. Carrier Frequency range: 865 to 871MHz. RF Output Power: 12dBm. Modulation: FSK or
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Supplier: RS Components, Ltd.
Description: number of the parameters and functions of its RF64 core chip, including those IC pins which are not leaded out. All of these can help customers gain a better understanding of the performance of RFM64W modules. Carrier Frequency range: 432 to 436MHz. RF Output Power: 12dBm. Modulation: FSK or
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Supplier: Silicon Labs
Description: requires no production alignments. Used in conjunction with the Si4220/21 FSK transmitters, the Si4320 RF receiver allows developers to build robust, low-cost RF data links. It is ideal for high-volume wireless applications including remote control systems, home security and alarm
- Data Rate: 115 to 256 kbps
- Modulation: Frequency Shift Key (FSK)
- Number of Devices in Package: 1 #
- Number of Receivers: 1 #
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Supplier: Silicon Labs
Description: The Si4330 is a low power, highly sensitive, OOK/FSK and GFSK receiver. A member of the EZRadioPRO® family, it is designed for applications requiring FCC or ETSI conformance for unlicensed use between 240 and 960 MHz. The Si4330 is an industry-leading receiver IC, offering a
- Modulation: On-Off Key (OOK), Frequency Shift Key (FSK)
- Number of Devices in Package: 1 #
- Number of Receivers: 1 #
- Operating Frequency: 240 to 960 MHz
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Supplier: Microchip Technology, Inc.
Description: -On/Off-Reset Brown-Out Reset (BOR) In Circuit Serial Programming (ICSP) On Board In-Circuit Debug RF Transmitter: Fully Integrated Transmitter FSK Operation up to 100 kbps OOK Operation up to 10 kbps Operation in 418, 434 and
- IC Package Type: SSOP, Other
- Pin Count: 6
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Supplier: Microchip Technology, Inc.
Description: ) Programmable Code Protection Power-Saving Sleep modeRF Transmitter: Fully-Integrated Transmitter FSK Operation up to 100 kbps OOK Operation up to 10 kbps Frequency-Agile Operation in 310, 433, 868 and915 MHz Bands +10 dBm or 0 d
- IC Package Type: SSOP, Other
- Pin Count: 12
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Supplier: Microchip Technology, Inc.
Description: (LVP) Programmable Code Protection Power-Saving Sleep mode RF Transmitter: Fully Integrated Transmitter FSK Operation up to 100 kbps OOK Operation up to 10 kbps Frequency-Agile Operation in 310, 433, 868 and 915 MHz Bands
- IC Package Type: SSOP, Other
- Pin Count: 6
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Supplier: Microchip Technology, Inc.
Description: PIC micro® with fully integrated RF Transmitter capable of operation in 310, 433, 868 and 915 MHz Bands. Additional Features Special Microcontroller Features: 8 MHz Precision Internal Oscillator: Factory calibrated to ±1% In-Circuit
- IC Package Type: SSOP, Other
- Internal RAM Size: 0.2010 KB
- Internal ROM Size: 2.3 KB
- Internal ROM Type: Flash
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Scarborough Distribution Automation Project Implementation and Preliminary Performance Experience
All of the approximately 130 RTU's were affected. on a random basis the FSK transmitter circuit output a continuous tone at one or the other of the FSK frequencies.
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Amplifying PA Theory For Efficient ISM Transmitters | Components content from Microwaves & RF
Key components for these applications are low-cost amplitude-shift-keying (ASK) and frequency-shift-keying ( FSK ) transmitter integrated circuits (ICs), although proper system design involves balancing output-power and current-drain requirements for the transmitter's power amplifier (PA).
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Adaptive RF power control for wireless implantable bio-sensing network to monitor untethered laboratory animal real-time biological signals
The simplified overall RF-to-DC converter with power sensing circuits consisting of voltage-doubler, 2 V linear regulator, digital processing circuits and FSK transmitter is presented in Figure 4.
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An 86–92 GHz Frequency Shift Keying Transmitter With an Integrated Antenna in 0.5 μ m E/D-PHEMT Technology
In this letter, our FSK transmitter demonstrates good circuit performance with broadside radiation pattern from 86 to 92 GHz, and it can be further applied to wide bandwidth, low power applications in W-band spectra.
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Pyroelectric infrared sensor for intruder detection
The transmitter module consists of peripheral interface controller (PIC), hardware based control panel, FSK modulator and FM transmitter circuit .
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Telemetry platform for deeply implanted biomedical sensors
Circuit schematic for the FSK transmitter .
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Bio-Medical CMOS ICs
Top right: circuit diagram of the FSK transmitter , bottom right: circuit diagram of the 3D power receiver and its low data rate receiver, bottom left: block diagram of the external coil driver .
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Data transmission for implantable microsystems using magnetic coupling
The transmitter uses a FSK modulation circuit consisting of Rm, Dm and Cm elements.
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A control fieldbus applied to electronic ballasts management
The module interface with the power lines is accomplished using a FSK demodulator circuit , a transmitter circuit, a signal conditioning circuit and a coupling network, as shown in Fig 4.
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Development of a control fieldbus for HPS electronic ballasts using power lines
POWER LINE INTERFACE The module interface with the power lines is accomplished using a FSK demodulator circuit , a transmitter circuit, a signal conditioning circuit and a coupling network, as shown in Fig. 4.