J2120A Line Injector 10Hz-10MHz

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What's included :
1. J2120A Line lnjector
2. User manual
3. 1 Year Warranty
NT$18,522
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商品介紹




J2120A  特色:





10Hz~10MHz可用的頻寬



低損失(Insertion loss)設計



5A的最大電流



50Vdc最大的輸入



可輕易測量電源輸入濾波器(Input filter)和PSRR

 




J2120A   Product Information   詳細規格 :







  • 10Hz-10MHz usable bandwidth

  • Low loss design

  • 5 Amps maximum current

  • 50VDC max input

  • Easily measure input filters and PSRR






















 































































Specifications
Characteristic Typical
Maximum DC Input Voltage 50VDC
Maximun Continuous Current 5A
Maximum Voltage Drop 3.25VDC
Modulation Input Impedance 10K ohms
3dB Frequency Response 15Hz ~ 5MHz
Useable Frequency Response 10Hz ~ 10MHz
Recommended Injection Signal -20dBm ~ 0dBm
Temperature Range 0 ~ 50°C
Maximum Altitude 6000 Ft
Absolute Maximum Voltage < 50V ( DC + AC )



















J2120A FAQ and Helpful Information:

While the injection transformer is a very wideband adapter, it is not useful for measuring ripple rejection (PSRR) of a power supply or even an opamp. This is because the attributes that make the injection transformer perform so well also result in a transformer that is intolerant of DC current. Even very small DC currents (5mA or less) can greatly reduce the signal capacity or even totally saturate the transformer. For this reason, the Picotest line injector (J2120A) is another essential test adapter.

The line injector allows the input DC supply voltage to be modulated by the network analyzer source signal, as in the case of a PSRR measurement. The line injector must be capable of a frequency range well below the AC line frequency and at least above the control loop bandwidth of the circuit being tested.

The line injector is only capable of sourcing current, so that the output amplitude can be significantly impacted by the operating current and the total storage capacitance at the load. The Bode-100 network analyzer has a very high selectivity so distortion at the output of the line injector generally does not influence the measurement. Again, this is a small signal injector, so the oscillator signals should be kept as small as possible above the noise floor. As a guide, try to keep the input signal amplitude below 50mVpp (-20dBm). In some cases we want to attenuate the source signal even further, and so we have included the attenuators in the injector kits. Some analyzers, such as the Omicron-Lab-Lab Bode-100 allow shaping the injection amplitude as a function of frequency, which helps optimize the signal level.
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