Tadiran TLP-96111/A/SM Pulses Plus Lithium Battery 1.5 Ah 3.6V

Tadiran Disposal Guide for Lithium Batteries

Lithium Battery Information Sheet

Tadiran TLP-96111/A/SM Spec Sheet

Product Overview

The Tadiran TLP‑96111/A/SM is a 3.6V Pulses Plus Hybrid Layer Capacitor (HLC) module engineered for industrial applications that demand low‑average current, periodic high‑current pulses, and long‑duration autonomous operation. This hybrid power solution combines a bobbin‑type LiSOCl₂ primary cell with an integrated Hybrid Layer Capacitor, enabling high pulse currents, excellent voltage recovery, and ultra‑low self‑discharge for multi‑year to multi‑decade service life in remote or maintenance‑restricted environments.

Pulses Plus Hybrid Layer Capacitor Architecture

The TLP‑96111/A/SM uses Tadiran’s hybrid energy architecture, pairing a high‑energy LiSOCl₂ cell with an HLC to deliver:

• High‑current pulse capability for wireless communication

• Ultra‑low self‑discharge, typically under 1% per year

• Stable 3.6V output with strong voltage recovery

• Reliable operation across a wide temperature range (often −40°C to +85°C)

This architecture supports radio bursts, sensor activations, and uplink transmissions that exceed the capabilities of standard primary lithium cells.

Electrical Performance for Pulse‑Driven IoT Systems

The module is optimized for devices that draw microamp‑level continuous current but require high‑current pulses for RF communication or actuation. Key performance characteristics include:

• High pulse capability for LoRa, NB‑IoT, BLE, Zigbee, and sub‑GHz radios

• Stable voltage under load due to the integrated HLC

• Fast recovery after pulse discharge

• Predictable, linear long‑term discharge behavior

• Multi‑year to multi‑decade operating life depending on duty cycle

This makes the TLP‑96111/A/SM ideal for autonomous wireless devices that must operate for years without maintenance.

Mechanical and Environmental Durability

The TLP‑96111/A/SM is built for rugged industrial and outdoor environments, featuring:

• Hermetically sealed stainless‑steel construction

• High resistance to shock, vibration, and mechanical stress

• Excellent performance in harsh environmental conditions

• Long shelf life suitable for extended storage

Its durability supports reliable operation in mission‑critical, remote, and maintenance‑restricted deployments.

Typical Applications

The TLP‑96111/A/SM is widely used in pulse‑heavy, long‑life industrial systems such as:

• Wireless sensor networks (WSN)

• Industrial IoT telemetry and monitoring nodes

• Smart city infrastructure (parking, lighting, environmental sensing)

• Asset tracking and geolocation beacons

• Oil & gas instrumentation and pipeline monitoring

• Security and intrusion detection systems

• Remote monitoring and SCADA subsystems

• Metering devices requiring periodic RF transmissions

These applications depend on the module’s ability to deliver high‑pulse power while maintaining decade‑long baseline operation.

Why Engineers Choose the TLP‑96111/A/SM

• Pulses Plus hybrid design combining LiSOCl₂ energy with HLC pulse power

• High pulse capability for wireless communication bursts

• Ultra‑low self‑discharge for multi‑year deployments

• Stable 3.6V output with excellent voltage recovery

• Strong environmental resilience

• Proven reliability in industrial and mission‑critical systems

This configuration is chosen when designers need a hybrid power source capable of supporting high‑pulse wireless devices for long‑duration field operation.

Product Description