RDM-Apps                                                      
   SPECIFICATIONS:
      CTVM09NF & CTVS09NF
    Low Current to Voltage Converter

Other Related Products:  Precision Voltage Amplifiers, Current to Voltage Converters 
 & Constant Current Sources 

Don’t waste your time designing and/or packaging  a nano-amp input OpAmp circuit for your application.
Utilize one of our self contained  Ultra-low input modules  or  simply use in conjunction with a basic
Multimeter as an inexpensive alternative to an expensive precision ammeter. 
 


  CTVM09NF Gain:   ±1.0nA/Volt  to  ±100nA/Volt 
   CTVS09NF Gain:   ±1.0nA/Volt 
   Gain Control (one of the following; option#1 is default):
              Option#1.) Manual 20 turn Trim-pot for Min. Gain to Max. Gain, respectfully. 
              Option#2.) Digital; Min. Gain, Interim Gain & Max. Gain selectable. 
              ( The above does not apply to fixed gain modules ) 
  Output Voltage: ±10V 
  Accuracy:  Better than 0.1%  ( 0°C  to  50°C )
   Operating Temp Range:  better than   -10°C  to  70°C 
  Enable / Disable Low-pass filter ( 15Hz ). 
  Enable / Disable High-pass filter ( 500Hz ). 
  Offset Voltage Null Capability 
  No Frequency Compensation Required 
  Short Circuit Protection 
  Low Power Consumption 
  Call for single supply/polarity, PCB only, custom
       application specific or small scale product alternative
       options.

                       Similar models with more or less gain 

 
                                                                                                               



   Please contact us and ask how we can help
   you design or implement the right module for    
   your needs.
    Contact Information        HOME     

 

 
 

 

CTVS & CTVM Series Modules

CTVM Block Diagram / Documentation
CTVS Block Diagram / Documentation
 

Applications:
  Picoampere or Microvolt Instrumentation
  Opamp Instrumentation Amplifier
  Thermocouple and Bridge Amplifier
  Low Frequency Active Filter
  Photo Current Amplifier
  Battery-Powered Systems, Standard Cell Buffers
  Electrometer,  Charge Integrator
  Low Current Ammeter   
  Long Term Integrator
  PH Meter , Light Meter
  Proximity Detector
  Logarithmic Amplifier
  Photo-diode Preamplifier
  Low energy measurements
  Low energy electron measurements   
 
 

 
Similar models with more or less gain

 Specifications    Value   Unit      Specifications   Value   Unit  
 Max. / Min. Gain ... Ctvm09nf  ±1.0 to ±100    nA / V      Input capacitance  typ.  1.5     pf  
 Gain ... Ctvs09nf  ±1.0      nA / V          
 Max. Input Current ... less than  ±100    uA      Input Current Noise   < 1   fA / sqr(Hz)         
 Output voltage range  ±10   V      Input Voltage Noise   < 20    nV / sqr(Hz)   
 Voltage Output: Max. Load Current ... typ.  ±10   mA      Output Voltage Noise   <1    uV / sqr(Hz)  
 Voltage Output: Output impedance  1.0  KΩ         
 Max. Output Voltage Drift  < 20  uV / Deg.C    Freq. Response; small signal    1000   KHz  
 Max. Input Bias Current ... less than                        0.5    pA      Operating Temperature   -10 to 70    C
 Input Impedance  ... less than  500   Ω     Signal In / Out connector   SMA    female
 Max. Input Offset Current  @25deg.C      < 100     fA    DC Supply Voltage  ... Requirement   +5    VDC  
 Max. Input Offset Current Drift  ..  0 to 70 deg.C   < 30     fA / deg.C    DC Supply Max. Current ... Requirement  ... less than     50      mA   
 Max. Input Offset Voltage  @25deg.C   < 50  uV     CTVM: Dimensions - L x H x W      
 Max. Input Offset Voltage Drift  ..  0 to 70 deg.C   < 2.0     uV / deg.C    CTVS: Dimensions - L x H x W      

Rev. 12-14; 1.4