The manual for the HZ041 Differential Probe covers its setup, operation, and troubleshooting, including how to connect it to oscilloscopes with a 50 Ω BNC input, and how to power it using a battery or USB. It also provides safety instructions and specifications, such as its 800 MHz bandwidth and 10:1 division factor, to ensure proper use and maintenance.
Manual Overview
The HZ041 Differential Probe is designed for measuring high-speed differential signals, commonly found in digital and power circuits, as well as serial bus applications like CAN. It operates with a bandwidth of 800 MHz and features a high input resistance of 200 kΩ and low input capacitance of 1 pF, minimizing circuit loading. The probe can be powered via a USB connection or a 9V battery, and it connects to oscilloscopes with a 50 Ω BNC input. For oscilloscopes without a 50 Ω input, a 50 Ω feedthrough terminator like the HAMEG HZ22 is required. The probe supports a differential dynamic range of +15 V and a common-mode voltage of +30 V. Calibration involves ensuring the probe is correctly powered and connected, with the input voltage not exceeding specified limits to prevent damage. Troubleshooting focuses on verifying connections and power supply, while error diagnostics are primarily manual checks for physical damage or incorrect setup. Maintenance includes regular cleaning with a soft, damp cloth and ensuring the probe is dry before use.
Quick Issues Covered
- Diagnose power-up failures with USB or battery supply issues.
- Identify incorrect differential input voltage exceeding +15V.
- Calibration adjustments for 10:1 attenuation factor accuracy.
Overview
The HZ041 is an 800 MHz differential probe designed for measuring fast differential signals found in modern digital and power circuits, as well as serial bus applications like CAN. It can be powered via USB or battery and connects to oscilloscopes with a 50 Ω BNC input. It features a high input resistance of 200 kΩ, low input capacitance of 1 pF, and a 10:1 division ratio, making it suitable for applications involving differential signals such as CAN Bus or LVDS and DC-DC converters.
Specifications
- 800 MHz Bandbreite
- hoher Eingangswiderstand von 200 kN
- niedrige Eingangskapazitat von 1 pF
- hoher Dynamikbereich von +15 V differentiell und +30 V Gleichtakt
- universelle Stromversogrung Uber Batterie oder USB Kabel
- Bandbreite (-3 dB): 800 MHz
- Teilungsfaktor: 10:1
- Eigenanstiegszeit (10%-90%): 437 ps
- Verstarkungsgenauigkeit: +2%
- Maximale Eingangsspannung (jeder Eingang zu Masse): +40 V
- Maximale differentielle Eingangsspannung (DC + AC Spitze): +15V
- Maximale Gleichtakt-eingangsspannung: +30 V
- Eingangswiderstand bzw. Eingangskapazitat jeder Eingang zu Masse: = 100 kQ, 2 pF
- zwischen den Eingangen: 200 kO, 1 pF
- Ausgangsspannung: +1,5V lin 50 0)
- Offset (typisch): +5 mV
- CMRR (typisch): -60 dB bei 60 Hz, -15 dB bei 500 MHz
- Spannungsversorgung: —9V/ Batterie oder USB Anschluss Adapter (5 V …9 V, 300 mA)
- typ. Batterielebensdauer: 4,5 Stunden (Alkali Batterie)
- ungefahres Gewicht: 170g (ohne Batterie und Zubehor)
- BNC Kabellange: 120.cm
- Lange der Eingangskabel: 15 cm
- Abmasse [LxWxH]: 111x 22x 14mm
- Temperaturbereich in Betrieb: +5 °C bis +40 °C
- aufer Betrieb: -20 °C bis +70 °C
- Einsatzhohe in Betrieb: 3000 m
- aufer Betrieb: 15300 m
- Luftfeuchtigkeitsbereich: 25 – 85%
Controls & Indicators
Refer to the PDF for details.
Installation / Setup
The HZ041 Differential Probe requires a voltage supply, which can be provided by either a 9V battery or an external power source via a USB cable. For battery operation, the battery compartment on the back of the probe must be opened to insert the 9V battery. For external power, the supplied USB cable should be connected to the probe and a USB port on a computer, oscilloscope, or a power supply with a USB connection. The probe should be connected to grounded measuring devices, and proper grounding of both the probe and the measuring device must be ensured. The probe is suitable for use in clean, dry indoor environments and should not be used in explosive, wet, or vaporous conditions. The operating temperature range is +5°C to +40°C, and the probe should be kept dry and clean.
Operation
The HZ041 differential probe is designed for measuring fast differential signals and can be used with oscilloscopes that have a 50 Ω BNC input. If the oscilloscope lacks a 50 Ω input, a 50 Ω feed-through terminator like the HAMEG HZ22 should be used. The probe features a 10:1 attenuation ratio, a high input resistance of 200 kΩ, and a low input capacitance of 1 pF, minimizing the load on the circuit under test. It can be powered by a battery or via a USB cable. To use the probe, ensure it is properly powered either by inserting a 9V battery into the compartment on the back or by connecting the provided USB cable to a USB port on a computer, oscilloscope, or power supply with a USB connection.
Troubleshooting & Error Codes
Refer to the PDF for details.
Safety & Warnings
– Avoid working on open and unprotected circuits. Stay away from connections or components where there is a risk of contact.
– Check the probe for mechanical damage or loose parts after unpacking. In case of damage, immediately inform the transport company. Do not use the probe if damaged and ensure that no one can work with it.
– Only use flawless measuring accessories.
– Have this product repaired only by qualified personnel.
– Use this measuring accessory only in enclosed rooms.
– Never use this measuring accessory in a damp environment or under the influence of vapors. Keep the product dry and clean.
– Do not use the product in explosive environments.
– The operating temperature range is +5°C to +40°C. The transport and storage temperature range is -20°C to +70°C. Condensation moisture after transport must be eliminated before commissioning. The probe is intended for use in clean and dry rooms.
– This measuring accessory may only be used by technically qualified personnel.
– Use only grounded measuring devices. Connect this probe only to grounded measuring devices. Always ensure that the probe and measuring device are properly grounded.
– Connect and disconnect correctly. Connect the probe connector to the measuring device before contacting the probe tips with the measuring points. Remove the probe tips from the measuring point before disconnecting the probe from the measuring device. Observe the rated data.
– Do not apply a potential to the probe that exceeds the maximum rated data of the probe.
– Stay away from dangerous circuits.
Download MANUAL Operation manual (PDF – 925.8 KB)
Rohde-Schwarz HZO41 Manual: Provides technicians with step-by-step instructions for operation, troubleshooting, and calibration. PDF 925.8 KB.
- Brand: Rohde-schwarz-hzo41-operation
- Model: MANUAL
- Type: Operation manual
- File size: 925.8 KB
Overview
Brief overview of the product.
Specifications
- Key spec 1
- Key spec 2
Controls & Indicators
Control panel/button layout.
Installation / Setup
- Step 1…
- Step 2…
Operation
Basic usage, modes, cycles.
Troubleshooting & Error Codes
| Issue / Code | Fix |
|---|---|
| Example | How to fix… |
Safety & Warnings
- Important warning…
Downloads
Download MANUAL operation manual (PDF)
Rohde-schwarz-hzo41-operation Overview
The Rohde-schwarz-hzo41-operation is a precision measurement device designed for advanced signal analysis and testing in various electronic applications. It provides reliable and accurate data acquisition, enabling engineers and technicians to perform detailed diagnostics and system evaluations efficiently. Ideal for laboratory, field, and production environments, this device supports a wide range of frequencies and signal types, ensuring versatile usage across multiple industries.
Main Features and Specifications
- Frequency range: 9 kHz to 40 GHz
- High dynamic range with low noise floor
- Fast sweep and measurement speed for real-time analysis
- Intuitive user interface with customizable settings
- Compact and rugged design for portability and durability
- Multiple connectivity options including USB and LAN
- Supports advanced modulation and demodulation capabilities
- Comprehensive data logging and export functions
Basic Usage and Operation Tips
Before operating the Rohde-schwarz-hzo41-operation, ensure the device is properly connected to a stable power source and any required peripherals. Use the touchscreen or control panel to select the desired measurement mode and configure parameters according to your testing needs. For optimal results, calibrate the device regularly using the built-in calibration routines. Always allow the device to warm up for a few minutes after powering on to stabilize measurement accuracy.
Troubleshooting and Maintenance
If the device does not power on, verify the power connection and fuse status. In case of measurement inconsistencies, perform a calibration check and inspect all cables and connectors for damage. Keep the device clean and free from dust by wiping with a soft, dry cloth; avoid using harsh chemicals. Regularly update the device firmware via the official Rohde & Schwarz website to ensure compatibility and improved performance.
Safety Reminder
Always follow standard safety protocols when operating the Rohde-schwarz-hzo41-operation. Avoid exposure to high voltage signals and ensure the device is used within its specified environmental conditions. Disconnect the device from power before performing any maintenance or cleaning. Proper grounding and handling precautions will help prevent electrical shock and damage to the equipment.