OMICRON-LAB BODE100

The multifunctional Bode 100 Vector Network Analyzer system is comprised of a flexible hardware design and the Bode Analyzer Suite for Windows™. Because of its outstanding price-performance ratio the system is ideal for industrial applications as well as research and educational labs.

Delivery includes:

• Bode 100 multifunctional measurement & test instrument
• Bode 100 Analyzer Suite on CD-ROM
• Bode 100 User Manual
• Wide-range AC power adapter
• USB cable
• 4 x BNC cable 50 Ohm (m – m)
• 1 x BNC T Connection (f – f – f )
• 1 x BNC 50 Ohm Termination (m)
• 1 x BNC Short (m)
• Test objects on a PCB:
- Quartz filter
- IF filter

Manufacturer Site:	https://www.omicron-lab.com/products/vector-network-analysis/bode-100/
Technical Data:	https://www.omicron-lab.com/products/vector-network-analysis/bode-100/
Application Note:	https://www.omicron-lab.com/applications/vector-network-analysis/
Bode Analyzer Suite:	https://www.omicron-lab.com/products/vector-network-analysis/bode-analyzer-suite/
Accessories:	https://www.omicron-lab.com/products/vector-network-analysis/accessories/
Download Area:	https://www.omicron-lab.com/downloads/vector-network-analysis/bode-100/
Application:	https://www.omicron-lab.com/applications/frequency-response-analysis/

The wideband injection transformer B-WIT 100 is the perfect choice for potential free signal insertion into electronic circuits. Together with the Bode 100 it is used to asses the stability of control loops, such as DC/DC converters.
The B-WIT 100 combines a wide frequency range (1 Hz - 10 MHz) with a 600 V CAT II compliant output. The wide frequency range ensures that the B-WIT 100 can be used for the analysis of very slow control loops ( low loop bandwidth) as well as very fast control loops (high loop bandwidth). The 600 V CAT II compliant output ensures that DC/DC converters with an output voltage ranging from a few volts up to mains voltage can be analyzed.

Key features:

• Optimized for signal insertion into control loops using low impedances
• Extremely wide frequency range: 1 Hz – 10 MHz (useable frequency range)
• Highest linearity
• Low insertion loss
• CE compliant, RoHS compliant

Some technical data:

• Usable frequency range: 1 Hz – 10 MHz
• 3 dB frequency range : typ. 7 Hz – 5 MHz
• Insertion loss : typ. < 0,5 dB
• Turns ratio: 1:1
• Winding capacity : typ. 110 pF
• Max. input voltage: 4 Vrms

B-LFT 100 is especially designed to inject low frequency signals into slow control loops such as PFC regulators. To ensure maximum signal/noise in your measurements, the B-LFT 100 is capable of injecting a 1 Hz signal at the full 2 Vrms output power of Bode 100 without saturating. For your safety, B-LFT 100 features a safely isolated (600V CAT II) output.


Key features:

• Optimized for low frequency injection
• Extremely low cutoff frequency
• Low insertion loss
• 600V CAT II isolated output

Some technical data:

• Usable frequency range: < 100 kHz
• -3 dB frequency: typ. << 1 Hz - 30 kHz
• Insertion loss : typ. < 1 dB
• Turns ratio: 1:1

In combination with the vector network analyzer Bode 100 the impedance adapters B-WIC and -SMC are the perfect choice for impedance measurements of all common passive electronic components. The B-WIC was especially designed for getting a better grip on wired components. The B-SMC allows quick and secure contacting of even smallest SMD parts.


Key features:

• Optimized for RLC-Q measurements of all common passive electronic components
• Measurement of complex impedances in the frequency range from 1 Hz - 50 MHz
• Fast DUT exchange
• CE compliant, RoHS compliant

Connectors:

• Signal Input: BNC socket (outer conductor connected to the housing)
• Signal Output: BNC socket (outer conductor connected to the housing)
• DUT: gold plated contacts with spring mechanics for an ensured electric connection

In combination with the vector network analyzer Bode 100 the impedance adapters B-WIC and B-SMC are the perfect choice for impedance measurements of all common passive electronic components.
The B-WIC was especially designed for getting a better grip on wired components.
The B-SMC allows quick and secure contacting of even smallest SMD parts.


Key features:

• Optimized for RLC-Q measurements of all common passive electronic components
• Measurement of complex impedances in the frequency range from 1 Hz - 50 MHz
• Fast DUT exchange
• CE compliant, RoHS compliant

Connectors:

• Signal Input: BNC socket (outer conductor connected to the housing)
• Signal Output: BNC socket (outer conductor connected to the housing)
• DUT: gold plated contacts with spring mechanics for an ensured electric connection

B-LCM Low frequency common mode choke reduces ground-loop errors in e.g. shunt-thru measurements.

B-AMP 12 is an external power amplifier for the Bode 100. With B-AMP 12 you can amplify the Bode 100 output signal by 12 dB to perform measurements with signal levels up to 25 dBm. Using the impedance measurement ports of B-AMP 12 you can directly measure impedance with high signal levels.


Typical applications for B-AMP 12 in conjunction with Bode 100 are:

• Measuring very low impedance values
• Measure voltage dependent capacitance values (chip capacitance)
• Use B-AMP 12 to inject more power into circuits during e.g. Loop Gain measurement, Input Impedance measurement or Output Impedance measurement
• Generate more power in noisy environments such as measurements on high-power DC/DC converters or AC/DC converters

Key features:

• Optimized for use with Bode 100
• Flat frequency range: DC – 50 MHz
• Impedance measurement ports
• CE compliant, RoHS compliant

Some technical data:

• Gain: 12 dB (x 4)
• 25 dBm up to 50 MHz
• 10...36 VDC supply
• 50 Ohm input and output impedance

Power supply included in delivery.

Carrying case for the Bode 100 with custom cut-out foam interior.

Designed to hold the Bode 100 including cables, power supply, B-WIT 100, B-SMC and B-WIC.
(Case delivered without shown devices!)

Weight (empty case):

• 1,5 kg
• 3,3 lb

Dimensions (w x h x d):

• 44,5 cm x 36,5 cm x 13,7 cm
• 17,5 inch x 14,4 inch x 5,4 inch