Tadiran TLP-97111/A/SM Pulses Plus Lithium Battery 1.65 Ah 3.6V

Tadiran Disposal Guide for Lithium Batteries

Lithium Battery Information Sheet

Tadiran TLP-97111/A/SM Spec Sheet

Product Overview

The Tadiran TLP‑97111/A/SM is a compact Hybrid Layer Capacitor (HLC) module engineered to deliver high‑current pulse power for long‑life industrial, military, and IoT applications. As part of Tadiran’s Pulses Plus power architecture, this module pairs with bobbin‑type LiSOCl₂ non‑rechargeable cells to support RF transmissions, sensor bursts, and wireless communication, while preserving the primary cell’s exceptional long‑duration capacity. This architecture enables 10–25+ years of autonomous operation in remote or maintenance‑restricted environments.

Pulses Plus Architecture for High‑Demand Wireless and Sensing Systems

The Pulses Plus architecture integrates a non‑rechargeable LiSOCl₂ primary cell with an HLC pulse component to achieve both long‑duration energy storage and instantaneous high‑current output. Within this system, the TLP‑97111/A/SM provides:

• High‑current pulse delivery for RF, sensing, and telemetry

• Stable voltage during heavy load events

• Rapid recharge of the HLC from the primary cell

• Reduced voltage sag and extended primary cell lifespan

• Reliable performance in devices with long sleep cycles and short, high‑drain wake cycles

This makes the TLP‑97111/A/SM ideal for compact embedded systems requiring instantaneous activation without sacrificing multi‑decade battery life.

Hybrid Layer Capacitor Technology

The TLP‑97111/A/SM uses Tadiran’s proven HLC chemistry, which blends the characteristics of a capacitor and a pulse‑optimized storage element:

• Ultra‑low self‑discharge to preserve stored pulse energy for years

• Fast recharge between communication or sensing bursts

• High pulse currents suitable for RF modules and sensor activation

• Stable voltage plateau during high‑drain events

• Operational life aligned with the non‑rechargeable LiSOCl₂ primary cell

This hybrid design ensures consistent pulse capability even after long periods of dormant operation.

Mechanical and Environmental Durability

The TLP‑97111/A/SM is engineered for rugged industrial and outdoor environments:

• Hermetically sealed metal housing for leak‑proof operation

• High resistance to shock, vibration, and mechanical stress

• Wide operating temperature range suitable for harsh deployments

• Long‑term reliability in remote or inaccessible installations

Its compact, surface‑mountable design supports mission‑critical applications where maintenance is impractical or impossible.

Typical Applications

The TLP‑97111/A/SM is widely used in systems requiring long‑life standby power with periodic high‑current demands, including:

• Utility metering (AMR/AMI)

• Industrial IoT sensors and wireless modules

• Asset tracking and geolocation beacons

• Military and aerospace electronics

• Oil & gas instrumentation and pipeline monitoring

• Environmental and structural monitoring

• Smart city infrastructure nodes

• Medical telemetry and diagnostics

These applications rely on Pulses Plus technology to deliver instantaneous pulse power while enabling decade‑long system life.

Why Engineers Choose the TLP‑97111/A/SM

• Integrated Pulses Plus architecture for high‑pulse, long‑life performance

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

• Stable voltage under heavy load

• Rapid HLC recharge from non‑rechargeable LiSOCl₂ cells

• Compact, rugged, maintenance‑free design

• Proven reliability in industrial, military, and remote systems

The TLP‑97111/A/SM is selected when designers need high‑pulse performance in a small, surface‑mountable package without compromising long‑life efficiency.

Product Description