M9384B and M9383B Connectors

For external display devices.  Display Port Dual Mode DisplayPort++ (DVI-D, VGA, HDMI with an adapter).

NOTE: To duplicate the instrument’s application on an external display it is recommended to set the resolution to 1280x768.

Host controller, SuperSpeed, 900 mA (nominal)

Host controller, high-speed, 1.2 A (nominal)

Reserved for future use.

Damage level is ≤ 0.5 V and > 6.5 V.

Reserved for future use.

Damage level is ≤ 0.5 V and > 6.5 V.

For Option EXT, externally supplied analog in-phase component of I/Q modulation to channel 1’s internal baseband generator.

Frequency range is DC to 1000 MHz (nominal).

50 Ω impedance (nominal).

Damage level is 5 Vpeak, 1 Vrms.

For Option EXT, externally supplied analog in-phase component of I/Q modulation to channel 1’s internal baseband generator, 180° out of phase from I+ In.

Frequency range is DC to 1000 MHz (nominal).

50 Ω impedance (nominal).

Damage level is 5 Vpeak, 1 Vrms.

For Option EXT, externally supplied analog quadrature-phase component of I/Q modulation to channel 1’s internal baseband generator.

Frequency range is DC to 1000 MHz (nominal).

50 Ω impedance (nominal).

Damage level is 5 Vpeak, 1 Vrms.

For Option EXT, externally supplied analog quadrature-phase component of I/Q modulation to channel 1’s internal baseband generator, 180° out of phase from Q+ In.

Frequency range is DC to 1000 MHz (nominal).

50 Ω impedance (nominal).

Damage level is 5 Vpeak, 1 Vrms.

For Option EXT and Option 002, input for in-phase component of channel 2’s analog I/Q modulation.

Frequency range is DC to 1000 MHz (nominal).

50 Ω impedance (nominal).

Damage level is 5 Vpeak, 1 Vrms.

For Option EXT and Option 002, input for quadrature component of channel 2’s analog I/Q modulation.

Frequency range is DC to 1000 MHz (nominal).

50 Ω impedance (nominal).

Damage level is 5 Vpeak, 1 Vrms.

For instruments with Option 002, outputs the in-phase component of channel 2’s analog I/Q modulation.

Frequency range is DC to 1000 MHz (nominal).

50 Ω impedance (nominal).

Damage level is ±2 V.

Reserved for future use.

For Option 303 externally provided AM modulation signal.

0 to 1 MHz (nominal).

1.0 V (nominal) for 100% AM.

1 MΩ impedance (nominal).

Damage level is ±15 V.

Instruments with Option 002 have connector for CH2.

For Options PME/PMR externally provided Pulse modulation signal.

1 MΩ impedance (nominal).

Damage level is 10 Vpeak, 5 Vrms.

Instruments with Option 002 have connector for CH2.

Reserved for future use.

50 Ω impedance (nominal).

Damage level is 10 Vpeak, 5 Vrms.

Instruments with Option 002 have connector for CH2.

For Options F32/F44 with Options PME/PMR, outputs signal following envelope of RF pulse.

VOL < 0.4 V, VOH is 2.8 V to 3.3 V into high impedance.

50 Ω impedance (nominal).

Damage level is ±5 V.

Instruments with Option 002 have connector for CH2.

For Options F32/F44 with Options PME/PMR, outputs signal (trigger) related to pulse timing.

VOL < 0.4 V, VOH is 2.8 V to 3.3 V into high impedance.

50 Ω impedance (nominal).

Damage level is ±5 V.

Instruments with Option 002 have connector for CH2.

For Options F32/F44, reserved for future use.

For Options F14/F20 with Options PME/PMR Pulse Video Out outputs signal following envelope of RF pulse.

Instruments with Option 002 have connector for CH2.

For Options F32/F44, reserved for future use.

For Options F14/F20 with Options PME/PMR Pulse Sync Out outputs signal (trigger) related to pulse timing.

VOL < 0.4 V, VOH is 2.8 V to 3.3 V into high impedance.

50 Ω impedance (nominal).

Damage level is ±5 V.

Instruments with Option 002 have connector for CH2.

Output signal to determine when the signal level is settled: logic High while settled and low (approximately 0 V) when change is in progress.

CMOS +3.3 V Logic.

Damage level is ≤ 0.5 V and > 6.5 V.

Instruments with Option 002 have connector for CH2.

Output of 100 MHz CW frequency reference, switched from the user interface; off by default.

High impedance when off, 50 Ω when on, level is +15 dBm (nominal).

Reserved for future use.

ESD damage level is 30 V.

Analog in-phase component of I/Q modulation from channel 1’s internal baseband generator.

Frequency range is DC to 1000 MHz (nominal).

50 Ω impedance (nominal).

Damage level is ±2 V.

Analog in-phase component of I/Q modulation from channel 1’s internal baseband generator, 180° out of phase from +I Out.

Frequency range is DC to 1000 MHz (nominal).

50 Ω impedance (nominal).

Damage level is ±2 V.

Analog quadrature-phase component of I/Q modulation from channel 1’s internal baseband generator.

Frequency range is DC to 1000 MHz (nominal).

50 Ω impedance (nominal).

Damage level is ±2 V.

Analog quadrature-phase component of I/Q modulation from channel 1’s internal baseband generator, 180° out of phase from +Q Out.

Frequency range is DC to 1000 MHz (nominal).

50 Ω impedance (nominal).

Damage level is ±2 V.

RF Output signal, level selected by user interface.

50 Ω impedance (nominal).

Instruments with Option 002 have connector for CH2.

Output of 19.2 GHz CW frequency reference, cabled from the factory to 19.2 GHz In.  This port is always-on level is 7.3 dBm (nominal), if alternate 19.2 GHz In is provided this port should be terminated with 50 Ω load.

Output of 19.2 GHz CW frequency reference, switched from user interface; off by default.  High impedance when off, 50 Ω when on, level is 7.3 dBm (nominal).

Input for 19.2 GHz CW frequency reference required for instrument operation.

+5 dBm (nominal).

50 Ω impedance (nominal).

Damage level is +20 dBm.

AC power receptacle, accepts 3-pronged AC power cord supplied with the instrument

IEEE-488.2, 1987 with listen and talk.

Use accessory Y1260A for GPIB cabling.

GbE 10/100/1000BASE-T Ethernet: the LAN supports DHCP, connection monitoring, dynamic hostname services, TCP/IP communication, TCP keep alive, and SCPI remote programming

External trigger input for channel 1.

10 kΩ input impedance (nominal).

Damage level is ±5 V.

Output of TTL High as assigned to Signal’s Marker Setup for channel 1.

VOL < 0.4 V, VOH is 2.8 V to 3.3 V into high impedance.

50 Ω impedance (nominal).

Damage level is ±5 V.

For instruments with Option 002, external trigger input for channel 2.

10 kΩ input impedance (nominal).

Damage level is ±5 V.

For instruments with Option 002, output of TTL High as assigned to Signal’s Marker Setup for channel 2.

VOL < 0.4 V, VOH is 2.8 V to 3.3 V into high impedance.

50 Ω impedance (nominal).

Damage level is ±5 V.

Output of 10 MHz CW frequency reference, this port is always on.

Serial numbers ≥ US/MY61260101: ≥ 5 dBm, 7 dBm (typical), square wave (See M9384BU-RUO.)

Serial numbers < US/MY61260101: ≥ 10 dBm, 13 dBm (typical), sine wave

50 Ω impedance (nominal).

ESD damage level is 30 V.

Externally supplied 10 MHz CW frequency reference, switched by the user interface; off by default.

Input level -3 dBm to +20 dBm (nominal), 50 Ω impedance.

ESD damage level is 30 V.

Output of 100 MHz CW frequency reference, cabled from the factory to EXT CLK IN.  This port is always-on level is +15 dBm (nominal).

If alternate EXT CLK IN is provided this port should be terminated with 50 Ω load.  Connector for CH1 and CH2.

IEEE-488.2, 1987 with listen and talk.

Use accessory Y1260A for GPIB cabling.

GbE 10/100/1000BASE-T Ethernet: the LAN supports DHCP, connection monitoring, dynamic hostname services, TCP/IP communication, TCP keep alive, and SCPI remote programming

For external display devices.  Display Port Dual Mode DisplayPort++ (DVI-D, VGA, HDMI with an adapter).

NOTE: To duplicate the instrument’s application on an external display it is recommended to set the resolution to 1280x768.

Host controller, SuperSpeed, 900 mA (nominal)

Host controller, high-speed

Output of 19.2 GHz CW frequency reference, switched from user interface; off by default.  High impedance when off,  50 Ω when on, level is 7.3 dBm (nominal).

For Options F32/F44, reserved for future use.

For Options F14/F20 with Options PME/PMR Pulse Video Out outputs signal following envelope of RF pulse.

For Options F32/F44, reserved for future use.

For Options F14/F20 with Options PME/PMR and Option 002, channel 2's Pulse Video Out outputs signal following envelope of RF pulse.

Externally supplied 10 MHz CW frequency reference, switched by the user interface; off by default.

NOTE: when using an external frequency reference this connector is preferred over the M9043A Rear Panel 10 MHz IN.

Input level -3 dBm to +20 dBm (nominal), 50 Ω impedance.

ESD damage level is 30 V.

Reserved for future use.

ESD damage level is 30 V.

Output of 10 MHz CW frequency reference, this port is always on.

NOTE: when using the frequency reference to provide frequency lock with another instrument this connector is preferred over the M9043A Rear Panel 10 MHz OUT.

+15 dBm (nominal).

50 Ω impedance (nominal).

ESD damage level is 30 V.

Output of 100 MHz CW frequency reference, cabled from the factory to M9343A Ext Clk In.  This port is always-on level is +15 dBm (nominal).

If alternate M9343A Ext Clk In is provided this port should be terminated with 50 Ω load.

Output of 100 MHz CW frequency reference, switched from the user interface; off by default.

High impedance when off, 50 Ω when on, level is +15 dBm (nominal).

Reserved for future use.

For Option 303 externally provided AM modulation signal.

0 to 1 MHz (nominal).

1.0 V (nominal) for 100% AM.

1 MΩ impedance (nominal).

Damage level is ±15 V.

For Options PME/PMR externally provided Pulse modulation signal.

1 MΩ impedance (nominal).

Damage level is 10 Vpeak, 5 Vrms.

Reserved for future use.

50 Ω impedance (nominal).

Damage level is 10 Vpeak, 5 Vrms.

For Options F32/F44 RF Output signal, level selected by user interface.

50 Ω impedance (nominal).

For Options F32/F44 with Options PME/PMR, outputs signal following envelope of RF pulse.

VOL < 0.4 V, VOH is 2.8 V to 3.3 V into high impedance.

50 Ω impedance (nominal).

Damage level is ±5 V.

For Options F32/F44 with Options PME/PMR, outputs signal (trigger) related to pulse timing.

VOL < 0.4 V, VOH is 2.8 V to 3.3 V into high impedance.

50 Ω impedance (nominal).

Damage level is ±5 V.

For Options F14/F20 RF Output signal, level selected by user interface.

50 Ω impedance (nominal).

Analog in-phase component of I/Q modulation from internal baseband generator.

Frequency range is DC to 1000 MHz (nominal).

50 Ω impedance (nominal).

Damage level is ±2 V.

Analog in-phase component of I/Q modulation from internal baseband generator, 180° out of phase from +I Out.

Frequency range is DC to 1000 MHz (nominal).

50 Ω impedance (nominal).

Damage level is ±2 V.

Analog quadrature-phase component of I/Q modulation from internal baseband generator.

Frequency range is DC to 1000 MHz (nominal).

50 Ω impedance (nominal).

Damage level is ±2 V.

Analog quadrature-phase component of I/Q modulation from internal baseband generator, 180° out of phase from +Q Out.

Frequency range is DC to 1000 MHz (nominal).

50 Ω impedance (nominal).

Damage level is ±2 V.

For Option EXT, externally supplied analog in-phase component of I/Q modulation to internal baseband generator.

Frequency range is DC to 1000 MHz (nominal).

50 Ω impedance (nominal).

Damage level is 5 Vpeak, 1 Vrms.

For Option EXT, externally supplied analog in-phase component of I/Q modulation to internal baseband generator, 180° out of phase from I+ In.

Frequency range is DC to 1000 MHz (nominal).

50 Ω impedance (nominal).

Damage level is 5 Vpeak, 1 Vrms.

For Option EXT, externally supplied analog quadrature-phase component of I/Q modulation to internal baseband generator.

Frequency range is DC to 1000 MHz (nominal).

50 Ω impedance (nominal).

Damage level is 5 Vpeak, 1 Vrms.

For Option EXT, externally supplied analog quadrature-phase component of I/Q modulation to internal baseband generator, 180° out of phase from Q+ In.

Frequency range is DC to 1000 MHz (nominal).

50 Ω impedance (nominal).

Damage level is 5 Vpeak, 1 Vrms.

Output of TTL High as assigned to Signal’s Marker Setup.

VOL < 0.4 V, VOH is 2.8 V to 3.3 V into high impedance.

50 Ω impedance (nominal).

Damage level is ±5 V.

For Options F32/F44, reserved for future use.

For Options F14/F20 with Options PME/PMR Pulse Sync Out outputs signal (trigger) related to pulse timing.

VOL < 0.4 V, VOH is 2.8 V to 3.3 V into high impedance.

50 Ω impedance (nominal).

Damage level is ±5 V.

Reserved for future use.

External trigger input.

10 kΩ input impedance (nominal).

Damage level is ±5 V.

Reserved for future use.

Not for use with USB devices.

Output signal to determine when the signal level is settled: logic High while settled and low (approximately 0 V) when change is in progress.

CMOS +3.3 V Logic.

Damage level is ≤ 0.5 V and > 6.5 V.

For instruments with Option 002, channel 2's output signal to determine when the signal level is settled: logic High while settled and low (approximately 0 V) when change is in progress.

CMOS +3.3 V Logic.

Damage level is ≤ 0.5 V and > 6.5 V.

Reserved for future use.

Damage level is ≤ 0.5 V and > 6.5 V.

Reserved for future use.

Damage level is ≤ 0.5 V and > 6.5 V.