Serie XMPF

  • Voltaje de Salida de 20V a 10kV
  • Fuente integrada para Filamento Flotante
  • Bajo nivel de Rizo
  • Programación Local y Remota
  • Disponibilidad de Diseño Especial para Fabricantes de Equipo Final (OEM)

Generador de Rayos-X de 5W

El XMPF es un generador de Rayos-X de 10kV a 5W diseñado para operar un tubo de Rayos-X de filamento flotante a través de un control de filamento de ciclo cerrado en la corriente de emisión de 0 a 500uA. La fuente para filamento flotante opera de 0 a 0.42 amps a 3.5Vac con limite ajustable en filamento de 0 a 0.42 amps.

El programa de alto voltaje y el programa de emisión de corriente contiene capacidad para efectuar ajustes que simplifican las interfaces en este generador de Rayos-X. Como alternativa, una señal provista de 0 a 10Vdc puede utilizarse para controlar remotamente estas dos señales. Una señal de alto voltaje referenciada y otra de emisión de corriente son contenidas en el equipo. Adicionalmente, una señal referenciada en la corriente de filamento también se encuentra disponible. El activar el modo de Alimentación de Alto Voltaje permite controlar la salida de alto voltaje.

RoHs Compliant logo

Especificaciones

(Ref. 128131-001 REV. A)

Input Voltage:

+24 Vdc, ±10%

Input Current:

500mA maximum

Cathode Supply:

Voltage: 10kV, controllable over the range 20V to 10kV
Accuracy: <2%
Polarity: Negative
Line Regulation: <0.05% for input voltage change of ±10%
Load Regulation: <0.1% for zero to full load
Stability: <0.1% per 24 hours at constant operating conditions, after 30 minutes warm up
Temperature Coefficient: <250 ppm/˚C
Ripple: <0.01% p-p of output voltage at full voltage and current
Output Current Limit: 550μA ±10%
Ramp Rate: <20kV/sec

Current Characteristics:

Maximum Emission Current: 500uA
Operating: 5˚C to 40˚C
Stability: 0.5% using the internal reference and setting potentiometer. For increased stability an external reference can be used.

Environmental:

Humidity:
Operating: 20% to 80% RH, non-condensing
Storage: 5% to 95%

Filament Supply:

Voltage: 0V to 3.5Vac referenced to Cathode output
Load Current: 0.42A max, pre set adjustable limit
Stability: <0.1% over a 30 minute period at constant operating conditions.

Environmental:

Temperature Range:
Operating: 5˚C to 40˚C
Storage: -40˚C to 70˚C

High Voltage Output:

Flying leads, Reynolds 18kV rated FEP insulated wire, 1.02mm diameter. Conductors are 19/40 AWG. Overall length is 500mm,Flying leads, Reynolds 18kV rated FEP insulated wire, 1.02mm diameter. Conductors are 19/40 AWG. Overall length is 500mm, the two wires are sleeved together.

Dimensions:

1.18”H x 2.75”W x 6.69”D (30mm x 70mm x 170mm)

Regulatory Approvals:

Compliant to CE Safety marking to meet the requirements of EN61010, Installation cat II, safety class 1, poll. degree 2 and UL61010A-1 and CSA 1010. RoHS compliant.

As the unit is designed for incorporation within the users system it is not tested against any specific EMC standards. The user will need to take sensible EMC precautions when designing the unit in and verify the overall system EMC performance against any relevant standards.

 PIN SIGNAL SIGNAL PARAMETERS
1 +24Vdc +24Vdc @ 500mA, max.
2 Power Ground Power Ground
3 N/C N/C
4 Signal Ground Signal Ground
5 HV Enable 0-0.8V = HV ON, 2.4V-12V = HV OFF
6 N/C N/C
7 HV Program Output Wiper of multi turn potentiometer
8 HV Program Input 0-10Vdc = 0-10kV, Zin = 10MΩ, accuracy ±2% of FS
9 High Voltage Monitor 0-10Vdc = 0-10kV, Zout = 10kΩ, accuracy ±2% of FS
10 Emission Current Monitor 0-10Vdc = 0-500uA, Zout = 10kΩ, accuracy ±3% of FS
11 Filament Current Monitor 0-10Vdc = 0-500mA, Zout = 10kΩ, accuracy ±5% of FS
12 Emission Current
Program Input
0-10Vdc = 0-500uA, Zin = 10MΩ, accuracy ±3% of FS 
13 Emission Current
Program Output
Wiper of multi turn potentiometer
14 Signal Ground Signal Ground
15 Filament Current Limit  

Tablas y Diagramas

DIMENSIONS: in.[mm]

FRONT VIEW

XMPF 5W X-Ray Generator Front View

TOP VIEW

XMPF 5W X-Ray Generator Top View

SIDE VIEW

XMPF 5W X-Ray Generator Side View

BOTTOM VIEW

XMPF 5W X-Ray Generator Bottom View