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Parts by Number for Frequency Test Top

Part # Distributor Manufacturer Product Category Description
4957944 RS Components, Ltd. EPCOS Inductor Surface Mount Inductance:4.7H; Maximum DC Current:1.65A; Maximum Self Resonant Frequency:50MHz; Maximum DC Resistance:80mOhms; Core Material:Ferrite; Test Frequency:100kHz; Tolerance:20%; Product Length:6mm; Technology:Wirewound; Type:Power
1909790 RS Components, Ltd. EPCOS Inductor Surface Mount Inductance:150nH; Maximum DC Current:390mA; Maximum Self Resonant Frequency:850MHz; Minimum Quality Factor:25; Maximum DC Resistance:330mOhms; Core Material:Ceramic; Test Frequency:1MHz; Tolerance:10%; Protection Style:Molded; Case Size:1210
1910065 RS Components, Ltd. EPCOS Inductor Surface Mount Inductance:22H; Maximum DC Current:260mA; Maximum Self Resonant Frequency:13MHz; Minimum Quality Factor:45; Maximum DC Resistance:1.45Ohms; Core Material:Ferrite; Test Frequency:100kHz; Tolerance:10%; Product Length:4.5mm; Product Height:3.2mm
7156778 RS Components, Ltd. Murata Power Solutions Inductor Leaded Inductance:150H; Maximum Self Resonant Frequency:2.9MHz; Maximum DC Resistance:51mOhms; Test Frequency:1kHz; Tolerance:10%; Maximum Operating Temperature:85C; Minimum Operating Temperature:-40C; Product Depth:24.4mm; Lead Pitch:23.6mm; Lead Style:Radial
6835247 RS Components, Ltd. Ferrox Cube Inductor Leaded Impedance:700Ohms; Core Material:Ferrite; Test Frequency:180MHz; Tolerance:20%; Protection Style:Unshielded; Product Diameter:6mm; Lead Style:Axial; Type:Choke; Product Length:10mm
6917049 RS Components, Ltd. Bourns Electronics Inductor Surface Mount Inductance:2.2H; Maximum Self Resonant Frequency:65MHz; Minimum Quality Factor:15; Maximum DC Resistance:11.2mOhms; Core Material:Ferrite; Test Frequency:100kHz; Tolerance:30%; Protection Style:Shielded; Maximum Operating Temperature:125C; Minimum Operating Temperature:-40C
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Conduct Research Top

  • Signal Integrity- Frequency Range Matters! White Paper
    Higher data rates introduce new challenges for test solutions. This white paper discusses the importance of both high and low frequency test limits and also their impact on your time domain results. Signal Integrity- Frequency Range Matters! White Paper - Anritsu America. Login United States
  • A Simple Frequency Response Function
    , it simply shows the Frequency Response Function for this particular test. Reply kiran Posted April 20, 2010 at 11:06 PM. how can v obtain auto spectral density of velocity from auto spectral density of the displacement. Reply James Wren Posted April 26, 2010 at 10:53 AM. Hi Kiran,. Thanks for asking
  • GPS Time & Frequency Systems
    , with output references tailored to a customer's. specific requirements. The double oven crystal oscillator provides a holdover in the order of ±. 7 microseconds in a 24-hour period and a frequency stability of± 3 X 10-10 over a. temperature range of --20o C to +70o C. For test data and further information
  • Frequency and Resolution Options for PWM Outputs
    The PIC17C42 is equipped with two high frequency Pulse Width Modulation (PWM) outputs. In a pulse width modulated signal the period of the signal is (usually) kept fixed, while the duty cycle is varied. In this application note, we will discuss options in selecting PWM frequency and resolution
  • Generating Frequency Chirp Signals to Test Radar Systems (.pdf)
    systems. Generating frequency chirp signals to test radar systems Application. Note. Generating frequency chirp signals to. test radar systems. Radar chirp signals can be simulated by the 3410 series. signal generator using the internal arbitrary waveform gener-. ators, external IQ inputs
  • TC7136/TC9400 Digital Readout Frequency Meter
    . TC9400 FREQUENCY-TO-VOLTAGE. LCD display so no digital conversion is required. CONVERTER. The test voltage is used as the reference supply for the TC9400 and. The "non-standard" voltages or the TC9400 require some creativity. ANALOG COMMON serves as the "ground" for the comparator. be used in setting
  • Cable Solutions for Servo and Variable Frequency Drives
    Learn about frequency converter technology, common negative effects, and how cable design and materials provide reliable solutions. Electric drive systems have many benefits, including continuous torque and speed control. However, frequency converters also come with negative side-effects
  • Radio Frequency Emissions Effect on Sensors (.pdf)
    White noise on the plant floor can cause electrical interference that often affects the function of proximity sensors. This radio frequency (RF) "noise" is caused by the use of variable frequency drives, stepper motors and high powered communication devices, such as AM/FM radios, two-way radios

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