Search Products

Menu
DBTC-10-13L+ Mini-Circuits
*For representation only.

DBTC-10-13L+

Mfr. No: DBTC-10-13L+
Mfr.: Mini-Circuits
Category: Signal Conditioning
Description: Signal Conditioning 10.3 dB SMT Directional Coupler, 5 - 1000 MHz, 50Ohm
Lifecycle: Active
Datasheet: DBTC-10-13L+ Datasheet (PDF)
⚙ Specifications
Coupler Type Standard
Frequency 5MHz ~ 1GHz
Coupling Factor 10.3 ± 0.5dB
Applications Cellular
Insertion Loss -
Power - Max -
Isolation -
Return Loss -
Package / Case 6-SMD, Flat Leads, 5 Leads
Supplier Device Package -
📦 Product Attributes
Packaging Reel
Standard Pack Qty 500
🔁 Alternate / Replacement Parts
Alternate Packaging
Suggested Replacement
12,972
Units In Stock
📦 Reel
Request a Quote →
  • 24-hour response
  • Global shipping
  • Genuine parts guaranteed
🔑 Key Specifications
Category Signal Conditioning
RoHS RoHS Compliant
Lifecycle
Lead Time 84 Days (from factory)
📄 Documentation
⬇ Download Datasheet
🌐 Compliance & Export
Country / Standard Code
CAHTS 8548000000
USHTS 8548000000
JPHTS 854800000
ECCN EAR99
ℹ Product Overview

Mini-Circuits's DBTC-10-13L+ is a widely used signal conditioning part in electronic designs. Notable characteristics of this part include coupler type: Standard, frequency: 5MHz ~ 1GHz, coupling factor: 10.3 ± 0.5dB, applications: Cellular, insertion loss: - and power, max: -. This part has a typical lead time of 84 Days from factory and ships with a full manufacturer datasheet available for download. Simplytronix supplies DBTC-10-13L+ with same-day shipping and guaranteed authenticity.

Similar Products
SCW-2-332+
SCW-2-332+ Mini-Circuits
Signal Conditioning 2 Ways LTCC Power Splitter, 2400 - 3300...
CBP-1450F+
CBP-1450F+ Mini-Circuits
Signal Conditioning Ceramic Resonator Band Pass Filter, 1320...
CBP-670F+
CBP-670F+ Mini-Circuits
Signal Conditioning Ceramic Resonator Band Pass Filter, 645...
TPCW-233+
TPCW-233+ Mini-Circuits
Signal Conditioning LTCC SMT THRU-LINE DC - 23 GHz, 50?
LDPO-33-53+
LDPO-33-53+ Mini-Circuits
Signal Conditioning DIPLEXER / SURF MOUNT / RoHS