B-LFT 100 Low-Frequency Injection Transformer

Model: P0005773

Price: $780.00

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

Download the injection transformer manual for more information on the B-LFT 100:

B-WIT-B-LFT-User-Manual
(1.15 MB) Injection Transformer User Manual

What's included:
B-LFT 100 Injection Transformer
BNC to 4 mm banana adapter
1 Year Warranty

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Model	Description	Price
P0005773	B-LFT 100 Low-Frequency Injection Transformer	$780.00	Add to Cart

Sometimes you need more signal level at low frequencies

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.

Specifications
characteristic	Rating
Usable frequency range	1 Hz – 100 kHz
Upper -3 dB frequency⁵	30 kHz (typ.)
Insertion loss⁶
Pri-Sec Isolation voltage	600 V CAT II
Pri-Sec capacitance	600 pF @ 1kHz (typ.)
Saturation flux	0.456 Vs (typ.)
DC saturation current	0.8 mA (typ.)

Absolute maximum ratings (device will be destroyed)
characteristic	Rating
Absolute max current	0.1 A
Maximum AC voltage	10 VRMS

Environmental conditions
characteristic	Rating
Operating temperature	-20 °C … +60 °C / -4 °F … +140 °F
Relative humidity	5 % … 80 %
Maximum altitude	2,000 m / 6,561 ft

Mechanical data
characteristic	Rating
Dimensions (with connectors)	183 mm x 122 mm x 61 mm 7.2 inch x 4.8 inch x 2.4 inch
Weight	1.33 kg / 2.93 lbs

⁵Input to output transfer function with 1 kO secondary resistance and 0 dBm signal source level
⁶ Measured at 100 Hz

Caution: To avoid equipment damage and/or severe injuries or death ensure that the absolute maximum ratings are observed and not exceeded at all times.